text:
Derelict London - Motor Vehicles
Derelict London - Motor Vehicles
Since starting this website I have noticed a steady decline in the number of abandoned vehicles around London. The decline has been attributed to a combination of prompt council action to remove them , helped by the rising value of scrap metal. Only a few years ago you had to pay to have your vehicle taken away to be legally scrapped but now firms are paying around £100 to take away your old car for scrap. Its even been known for pick up trucks to scour areas looking for abandoned looking vehicles & some unscrupulous scrap collectors have taken away unroadworthy looking vehicles from peoples driveways without permission!I still stumble upon a few vehicles when off the beaten track.......
Imperials Prestige Used Cars - Chadwell Heath,Romford. RM6
This site remains derelict after a huge fire ripped through this luxury car dealership in November 2018. Around 125 firefighters spent almost nine hours tackling the fire at Imperials. Several vehicles, including two Land Rovers, a BMW and a Mercedes, were destroyed in the fire though luckily nobody was injured.Explosions were narrowly avoided as firefighters were able to drive around 40 cars offsite and remove and a number of pressurised gas cylinders from the scene.
The cause of the fire has been treated as suspicious
Trashed car in Beckton
Creekmouth, Barking IG11 - 100% Beef 100% of the Time
Bromley-By-Bow E14
Worcester Park, KT4
Westerham, TN16 (just outside M25)
BROMLEY BY BOW E3 - MILKFLOAT
The clink of glass milk bottles as they are deposited on doorsteps and the hum of the milkfloat pulling away at the crack of dawn is pretty much a thing of the past in London. Cheap milk in supermarkets and superstores means that many people are no longer attracted to the idea of having pints of milk dropped off on the doorstep every morning.
They probably also reckon that bottles of milk get stolen.
Sydenham SE26
Selhurst SE25
South Norwood SE25
Bow E3
Hook KT9
Old Kent Road SE15
CLAPHAM FORD CORTINA MK2 & WOODFORD AUSTIN MINI
Both of these iconic British cars were spotted neglected & rotting away in people's gardens – the Ford Cortina Mark 2 in Clapham and the Austin Mini in Woodford. The Cortina is around 40 years old, being one of the million or so made between 1966 and 1970 (very few survive today). The Mini was, of course, the most popular British-made car ever, with over five million manufactured between 1959 and 2000.
Apart from the fact that both cars are rusting away, they also have in common a Michael Caine connection. He drives a silver Mark 2 Cortina in the 1971 film Get Carter and the Mini played a key role in the 1969 cult film The Italian Job.
Black Taxi Graveyard in Bethnal Green
FRIERN BARNET, N10 - SEWAGE WORKS
The sewage works here closed in the 1960s and the site has been used as a dumping ground ever since. The vehicles shown here may well have been stolen before they were torched. Years of fly-tipping have led to claims that the land is contaminated and so unsuitable for residential development.
Mark Holland writes "Looked at your website this morning, just browsing through the photos, when I came across the vehicles in Fiern Barnet sewage works. As I got to the bottom of the page I saw the distinctive shape of a beetle, same year as mine. Then I noticed the bumpers - still in top condition despite everything else rusting away.
It's such a shame to see a bug rust to death, so I wondered if I could at least salvage the bumpers. I had no idea when those photos were taken, but I thought it worth a gamble so I headed up north and met a friend at Bounds Green.
We found our way to the site and climbed up an embankment to discover an area vastly different from the photos on your site. Every track was overgrown with deep undergrowth. It was like stepping into a jungle. Most of the wrecks were covered in thick weeds. Then by some stroke of luck I found the bug.
Luckier still, both the back and front bumpers were still in good nick although the bolts were firmly rusted in. With some encouragement we freed them from the frame and lugged them back to the road. I emerged covered in mud and blood but two bumpers richer. Got a few strange looks lugging them back on the tube."
REDUNDANT VW BEETLES
The Volkswagen Type 1, widely known as the Volkswagen Beetle was produced by the German Volkswagen (VW) from 1938 until 2003. With over 21 million manufactured the Beetle is the longest-running and most-manufactured automobile of a single design platform anywhere in the world. Here are a few decaying Beetles spotted around London.
Peckham, SE15
St George's Circus, SE1
Scrap and builders yards situated near the Westway and within a stones throw of the new Westfield Shopping Centre.
SE LONDON RED VANS
Something that is not quite derelict but but dont look too healthy. These red vans are spotted parked around Brixton and Dulwich but rarely seen being driven around. Local folklore thinks there is something sinister about them and a guy who drinks in a Camberwell boozer once went as far as saying they were undercover spies camped in them. (But....im sure its all gossip and that these vans provide a decent service)


text:
package com.apolle.zhiyou.Tool;

import net.sourceforge.pinyin4j.PinyinHelper;
import net.sourceforge.pinyin4j.format.HanyuPinyinCaseType;
import net.sourceforge.pinyin4j.format.HanyuPinyinOutputFormat;
import net.sourceforge.pinyin4j.format.HanyuPinyinToneType;
import net.sourceforge.pinyin4j.format.HanyuPinyinVCharType;
import net.sourceforge.pinyin4j.format.exception.BadHanyuPinyinOutputFormatCombination;

/**
 * Created by huangtao on 2016/3/2014:27.
 * modify by huangtao on 14:27
 */
public class PinyinUtils {

    public static String getPinYin(String inputString){
        HanyuPinyinOutputFormat format = new HanyuPinyinOutputFormat();
        format.setCaseType(HanyuPinyinCaseType.LOWERCASE);
        format.setToneType(HanyuPinyinToneType.WITHOUT_TONE);
        format.setVCharType(HanyuPinyinVCharType.WITH_V);
        char[] input=inputString.trim().toCharArray();
        String output="";
        try{
            for (char curChar:input){
                 if(Character.toString(curChar).matches("[\\u4E00-\\u9FA5]+")){
                     String[] temp= PinyinHelper.toHanyuPinyinStringArray(curChar,format);
                     output+=temp[0];
                 }else{
                     output=Character.toString(curChar);
                 }
            }
        }catch (BadHanyuPinyinOutputFormatCombination e){
            e.printStackTrace();
        }
        return output;
    }
}

redpajama_set_name: RedPajamaGithub


text:
Council receives $36,707 grant for restoration of Davey Square memorial
Friday, 30th January, 2015
Strathfield Council has been awarded $36,707 in grant funding from the Australian Government to restore the World War 1 memorial in Davey Square, Strathfield.
The grant funding is part of the Anzac Centenary Grant programme; designed to fund community projects that recognise the contribution of servicemen and women who served during the First World War.
Craig Laundy MP, Federal Member for Reid and Senator the Hon. Michael Ronaldson, Minister for Veteran Affairs, joined Mayor of Strathfield, Cr Gulian Vaccari, residents from the local community and members of the Reid Anzac Committee in Davey Square to announce the funding.
Cr Vaccari said the project was an important one for the local community in the lead up to Anzac Day centenary celebrations.
"The Davey Square Memorial is an integral part of how Strathfield residents commemorate Anzac Day," said Cr Vaccari.
"It is very poignant that this grant has been received in the centenary year of the Gallipoli conflict where so many thousands of Australians gave their lives so we could live better ones."

redpajama_set_name: RedPajamaCommonCrawl


text:
Dark Star Orchestra recreates Grateful Dead Red Rocks show 40 years later
by RockyMountainJams | Jul 7, 2018 | Home, Jam Band, Live Music, Red Rocks
By C. Alan Crandall For the Daily Camera Previously published in the Boulder Daily Camera In 1978, the Grateful Dead played Red Rocks for the first time, on July 7 and 8. Sunday marks the 40th anniversary of those now-legendary Colorado performances, and to celebrate,...
Concert review: Michael Franti's love inspires fans at sold-out Red Rocks show
by RockyMountainJams | Jun 5, 2018 | Dance, Jam Band, Red Rocks
'Stay Human' tour brought a whole lot of love to Morrison on Friday By Alan Crandall/Previously published in the Boulder Daily Camera "I've traveled the globe making music and throughout the years I've always hoped that it could inspire...
Michael Franti and Spearhead bring 'Stay Human' tour to Red Rocks Friday
by RockyMountainJams | May 31, 2018 | Jam Band, Red Rocks
Michael Franti & Spearhead are set to tour the U.S. this summer, beginning June 1 at the legendary Red Rocks Amphitheatre in Colorado. The "Stay Human" Tour comes in anticipation of Franti's upcoming new album Stay Human 2, due this June, and provides the...
Leftover Salmon, Railroad Earth co-headline Red Rocks gig
by RockyMountainJams | Jul 11, 2017 | Jam Band, Live Music, Red Rocks
In 1989, an innovative jam band ripped open a new brand of grass in Boulder County. Slamgrass, they called it. Polyethnic Cajun slamgrass, to be precise. Nearly 30 years later, Leftover Salmon is still headlining Red Rocks and selling out shows and festivals across...
Scramble Campbell 13th Annual Red Rocks Art Experience opens June 22th in Morrison
by RockyMountainJams | May 17, 2017 | Jam Band, Live Music, Red Rocks
Previously published at the DailyCamera.com Scramble Campbell is best known for his colorful portrayals of musicians and bands. He has created over 400 original works of art, live, at Red Rocks Amphitheatre. Scramble's vast portfolio includes more than 2,600...
Josh Ritter and the Royal City Band to play the Boulder Theater tonight
by RockyMountainJams | Jul 12, 2016 | Boulder Theater, Live Music, Red Rocks
Previously published at the Daily Camera Music Blog Tonight Josh Ritter and the Royal City Band will play the Boulder Theater. Over the course of his acclaimed career, Ritter has released seven full-length albums, including his most recent, 2013's The Beast In Its...


Back to school means back to packing lunches! This is a difficult endeavour if you actually want the lunches to be healthy AND have your child to eat them.
Try some of these ideas: - Get input from your children about what they want. They're more likely to eat meals when they are involved in the planning. - Create diversity by using leftovers from dinner the night before. Save some chicken breast for salad with red grapes and celery, a slice of meatloaf for a sandwich, or cooked vegetables for pasta salad with Italian dressing. - Aim to have at least 3 of the 4 food groups. This would include: a grain such as whole wheat bread, pita or crackers, a source of protein (peanut butter, meat, eggs) and/or one source of dairy (string cheese, yogurt, cottage cheese or milk), and at least one serving of fruit or vegetables. - Get creative: Use cookie cutters to carve sandwiches into fun shapes or include the fixings for "ants on a log"--aka peanut butter and raisins on celery. Swap out bread for sandwiches for buns or tortilla wraps. - Sneak in fresh vegetables and fruits. While your child may leave a whole apple untouched, she may love diced apples in her chicken salad sandwich. Also try cutting fruit and veggies into easy bite size pieces. - Introduce new foods gradually, pairing them with your child's favourite snacks. For example, if he loves carrots with ranch dressing, slip in some cucumber and bell peppers as well.
And if you wanna really get creative, check these awesome ideas out!


text:
Predators week ahead: Ringing in New Year on road
Adam Vingan
Monday: New York Rangers, 7 p.m.
After opening the season with 16 wins in their first 21 games, the Rangers are currently mired in a 4-9-2 slump, which began following a 3-0 win against the Predators on Nov. 23 at Madison Square Garden. New York's defense has been much less stout since then, allowing an average of 3.6 goals per game in the 15 games since defeating Nashville compared to 1.76 through the first 21. Regardless, the Rangers remain a dangerous team with a proven record of compiling wins at a seemingly unstoppable rate.
Predators vs. Rangers this season: 0-1-0
Key player: Mats Zuccarello. The diminutive forward is the Rangers' leading scorer with 15 goals and 30 points. He is five goals shy of surpassing his current career high and has provided a scoring punch while New York's more counted-upon scorers have struggled to produce consistently.
Quotable: "It's been very draining over the last few weeks, It's been a lot of hockey, traveling and a lot of games. On top of that, we haven't had the results with us, so of course you analyze a lot, you think a lot. You are pretty tired right now. So going into this break, I think it's the perfect time for us to get away from it a little bit and try to come back energized and ready to get going." — Rangers goaltender Henrik Lundqvist on New York's pre-Christmas mindset (via New York Post).
Tuesday: at St. Louis Blues, 7 p.m.
St. Louis, which recently split a home-and-home set with Dallas, has defeated Nashville twice this season by a combined score of 6-1. In their last matchup, the Blues scored twice in the third period to defeat the Predators 2-1 at Scottrade Center on Dec. 17.
Predators vs. Blues this season: 0-2-0
Key player: Vladimir Tarasenko. The Predators have been burnt by Tarasenko throughout his young career, with his 17 points in 16 games against Nashville being his most against one team. His 22 goals are second-most in the NHL behind Dallas' Jamie Benn.
Quotable: "I really think, when you look at Jake's career path, he would have wanted it quicker. All young players do. But I think playing the extra year in the AHL, getting that starter's job on a pro level, was really good for him and I think he's just grown from there. He's playing the game now like he's a No. 1 goalie." — Blues general manager Doug Armstrong on goaltender Jake Allen, who has stopped 72 of the Predators' 73 shots he's faced this season (via St. Louis Post-Dispatch).
Thursday: at Dallas Stars, 7:30 p.m.
The Stars' ascension to Stanley Cup contender status began one year later than expected, but they have become a high-octane juggernaut and are the best team in the NHL with 57 points. Dallas' offense is overwhelming, leading the league with 128 goals (22 more than the next closest team) and 19 games with at least four goals scored. The Stars have yet to lose consecutive games this season as most of their opponents have been powerless to stop them.
Predators vs. Stars last season: 3-1-1
Key players: Tyler Seguin/Benn. These two form the most dangerous forward tandem in the league. They have combined for 96 points this season, with Benn's 23 goals topping the NHL and his 49 points trailing only Chicago's Patrick Kane. Seguin is right behind them with 47 points. Since the start of the 2013-14 season, Benn (215 points) and Seguin (208) rank first and third in total points, respectively.
Quotable: "I think every game's a big test. When we started the season, I thought those were big tests. I know you think they're bigger now, but every game unfolds in a certain way. You're looking at trying to play a complete game, knowing that there's a period or segment of the game that always goes the other team's way." — Stars coach Lindy Ruff on challenging his team (via Dallas Morning News).
Saturday: at Carolina Hurricanes, 6 p.m.
The Hurricanes, who lost to the Predators on opening night, are where many expected them to be — near the bottom of the Eastern Conference standings. By no means have they been pushovers, though. The Hurricanes are the NHL's best team at limiting shots, allowing 26.1 per game, and one of the league's leading puck-possession teams.
Predators vs. Hurricanes this season: 1-0-0
Key player: Justin Faulk. The defenseman has 14 goals, the last two being his first and second at even strength this season. His first 12 all came on the power play, a total that leads the league and accounts for 60 percent of Carolina's power-play offense. Faulk is only seven power-play goals away from tying the NHL's single-season record for a defenseman, set by Montreal's Sheldon Souray in 2006-07.
Quotable: "That's the running joke right now, that I can finally score at even strength. I'll take 'em any way I can get 'em. I got the even-strength monkey off my back, I guess." — Faulk on scoring his first even-strength goal after becoming the first player in NHL history to score his first 12 goals of a season on the power play (via The News & Observer).
Reach Adam Vingan on Twitter @AdamVingan.


"Each of us stand alone in a field of possibility."
It's official. Our LeaseLabs team has joined forces with RealPage. As a leading source of innovation in the Multi-family market, we see a lot of opportunity in combining our marketing strategies with RealPage's robust suite of applications and services. Couldn't be happier to begin this new phase of our growth with an industry leader in software solutions for the multi-family industry.
Epic Games recently launched Fortnite on Android. Instead of accepting the 30% Google Play surcharge when selling their game, they decided to distribute the game independently. Sadly, this resulted in a serioouos security flaw which, according to some, would have been detected had the game been delivered via the Google Play store.
It's difficult to describe Wonderspaces. I'd call it a "clever and innovative synergy between creativity and technology" but that does little to illustrate what's at play here. The best I can say is... "if this comes to your city, go experience it yourself".


Most cars come with enough equipment by themselves and therefore upgrading or modifying them just isn't all that necessary. There are however a few accessories that can give your car some needed improvements or just a few extra perks that you might find useful, and don't cost much money or take up a lot of space.
One of the more popular types of exterior car accessories are the many available types of roof racks. The basic function of the roof racks is to give you a lot of extra space when it comes to transporting your luggage. This is very useful when going on a vacation since there never seems to be enough space for everything you want to bring along. However, its real utility shines when it is installed on cars that just don't have enough luggage space in the back to begin with. Whether this is because the car itself is a smaller model, or if it's a design oversight doesn't matter. What does matter is that the roof racks can provide you with an easy solution to this problem.
A good interior car accessory to consider buying are the seat and steering-wheel covers. These two don't really go as a set normally, but since they both have the same basic function, you might as well get them together. Actually, while the seat covers are designed to keep your seats clean (and are quite effective at it), the wheel cover also has another purpose – it provides a bit of extra padding for when you are steering. This is particularly useful for frequent drivers or workers with long commutes to work, who can use all of the little perks they can get.
Finally, something that's more of a gadget than an accessory, but still most drivers could get a lot of use out of, would be the GPS. The merits of being able to know where you are at all times are so obvious that it's hardly worth mentioning them. However, there is a reason why the GPS has become much more widely implemented in recent years, and that is because it is useful for both those that need to know a specific street name of a city they haven't been to, and the ones that are simply not so good with directions. Personally speaking, as a person that has gotten lost in my own house, this device would be a life-saver for me.
As always, whether you decide to get all of these accessories, or think you're fine with what you have now, is entirely up to you. However, I hope I've let you in on why these are considered some of the more popular add-ons on the market.


Fuel economy has to line up appropriately with the driver's typical daily driving demands in order to ever get the greatest value out of its lifespan. Given that fuel economy can deteriorate as some vehicles age and steady use starts to take a toll upon its tires, wheels, suspension and engine, it's a particularly critical question when purchasing a used car or truck.
For what it's worth, that importance probably doubles again when considering a vehicle with more kilometers behind it than ahead of it.
Still, don't believe every scrap of hype concerning what does and doesn't hurt or help fuel economy. Many buyers would be amazed at the well-traveled myths that are either only partial truths or out-and-out falsehoods.
This remains somewhat true – it's just that the smallest vehicles on the road are no longer the only ones built to sip fuel rather than guzzle.
The logic behind it still makes sense: smaller vehicles generally pack less horsepower beneath the hood but make up for it with less mass to push around, meaning it takes less fuel per kilometer to keep it moving. In recent years, automotive innovation has helped midsize-and-larger vehicles shorten the gap.
To clarify, midsize cars and large wagons account for half the 2014 model year vehicles weighing in with the best fuel economy, excluding electric and plug-in hybrids with an obvious advantage. Chalk the leveled playing field up to more and more large vehicles packing diesel engines, direct fuel injection, slicker aerodynamics and hybrid drivetrains, to name just a few strokes of engineering genius.
The days of compromising between great gas mileage and ample interior space or a big body are rapidly coming to an end.
While mostly true once upon a time, automatic-transmission vehicles have begun catching up with manual transmissions much the way larger-vehicle mileage ratings have begun gaining ground on those of compacts.
If you're well-schooled in how to drive a manual, that 1 to 2 miles per gallon that a manual can save trims hundreds of dollars annually off fuel expenses. The total control over the vehicle is certainly worth it. That doesn't mean that all hope is lost for those who never get the hang of a stick and must stick with an auto. The Honda CR-Z is just one vehicle whose automatic model manages to get better mileage than its 6-speed counterpart.
Times have changed. Vehicle engineering has vastly improved fuel injection efficiency to the point that frequently starting and stopping a car is no longer such a consequence as it was in older models – especially with the advent of instantaneous start-stop systems that cut the engine after coming to a full stop at a light.
On the contrary, idling can cost roughly a few cents per minute while using up the equivalent to a quarter to half-gallon of fuel per hour. If standing still at railroad tracks or in a long traffic jam, you could very well be better off just shutting the car off and putting it in Park.
To be perfectly honest, nothing warms an engine up quite like driving. Think of this as an addendum to the above factoid concerning the cost of idling.
Today's vehicles "warm up" incredibly quickly. Many are fine to drive seconds after the engine starts. That being said, don't push your luck. Extreme cold will still stiffen up metal and thicken lubricants to some degree. Subjecting any vehicle to extreme performance before it reaches a normal operating temperature will still tax it more than would be advisable.
To be honest, it's a matter of the way the importance of maintenance increases as vehicles age.
Actually, many used vehicles experience improved fuel efficiency from about the 5,000-mile mark onward, owing to the engine having broken in and found its groove. If cared after diligently, a 10 or 15-year-old car won't lose much zip on its fastball.
Many of the very components that demand increasingly vigilant maintenance as a ages – tires, engine, shocks, transmission, etc. – are the most critical ones to maintaining brisk, efficient fuel efficiency. To be honest, when those parts begin failing because owners haven't kept to a strict and timely maintenance schedule, fuel economy becomes arguably the least of the things over which any shopper who might buy the vehicle should raise red flags.
At Quixl Auto of Toronto, we acquaint ourselves with the maintenance histories and mileage expectations of every vehicle for sale on our lot. That's because there's only one car we care about selling you: the one your needs brought you to us to buy.


text:
\section{Introduction}
\IEEEPARstart{P}{}lasma systems containing two distinct groups of electrons shows Electron acoustic waves (EAWs). The distinction between two electron groups comes from their energy. Two types of electrons are 1) Hot electrons and 2) Cold electrons. The frequency of electron acoustic mode is higher than ion acoustic frequencies of plasmas. Hot electrons can freely move with less viscous drag and supply restoring force, whereas cold electron feels viscous drag and produce inertia to the system. The thermal speed of hot electron is very large in comparison to cold electron. The phase speed of electron acoustic wave is smaller than the thermal speed of hot electrons but much larger than thermal speed of cold electrons. In this system ions may be considered as uniform neutralizing background. EAWs with two groups of electrons plays an important role in space plasma (Ang and Zhang (2007)\cite{ref17}; Barnes et al. (2003)\cite{ref20}; Feldman et al. (1975)\cite{ref30}, (1983a)\cite{ref31} as well as laboratory made plasmas (Ditmire et al. (1998)\cite{ref27}; Sheridan et al. (1991)\cite{ref50}; Armstrong et al. (1979)\cite{ref18}; Kadomtsev and Pogutse (1971)\cite{ref37}; Henry and Trguier (1972)\cite{ref36}; Defler and Simonen (1969)\cite{ref25}). The source of broadband electrostatic noises can be addressed with EAWs and it has been used to explain those. The wave emission in different regions of earth's atmosphere can be explained with EAWs. For these studies EAWs has become one of the important research areas in plasma physics. In recent years there is a boost in the study of the nonlinear evolution of EAWs (Bains et al. (2011)\cite{ref19}; Soultana and Kourakis (2011)\cite{ref55}; Kourakis and Shukla (2004)\cite{ref39}; Singh and Lakhina (2001)\cite{ref54}). Various space-craft missions, e,g, the FAST at the auroral region (Ergun et al. (1998a\cite{ref28}, 1998b\cite{ref29}); Delory et al. (1998)\cite{ref26}; Pottelette et al. (1999)\cite{ref46}) and the POLAR and GEOTAIL missions in the magnetosphere (Matsumoto et al. (1994)\cite{ref44}; Franz et al. (1998)\cite{ref33}; Cattell et al. (2003)\cite{ref23}) explained by EAW related structures. Most of these application sites need theory and better understanding of non-relativistic classical plasmas. However, there are numbers of works on the theory of nonlinear propagation of electrostatic modes in quantum plasmas with consideration of quantum hydrodynamic model of plasma (Shukla and Eliasson (2006)\cite{ref52}; Sahu and Roychoudhury (2006)\cite{ref48}; Ali and Shukla (2006)\cite{ref51}; Manfredi (2005)\cite{ref41}; Haas et al. (2003)\cite{ref35}; Gardner and Ringhofer (1996)\cite{ref40}). The non-linear wave structure of cold and hot electrons are investigated \cite{ref1}-\cite{ref7} \\
In this paper we studied linear and nonlinear properties of EAWs in Fermi plasma with two temperature electrons. We first assumed basic hydrodynamic equations for the system then we normalized them using suitable scaling for the system. With the normalized equations on hand we linearized them to get linear dispersion relation and linear dispersion characteristics are investigated. The Korteweg-de Vries (KdV) equation is derived using standard perturbation technique with taking only odd powers of perturbation fraction. We investigated dependence of soliton properties on different parameters of plasma. Then we conclude the paper with some remarks and future work plans.

\section{Basic Formulation}\label{BE}
The plasma system that we considered is unmagnetized consisting two groups of electrons. Two groups are 1) Hot electrons and 2) Cold electrons. The thermal energy of hot electron is higher than cold electrons so the mobility of hot electron is large compared to that of cold electrons. So, in the momentum equation for hot electron we consider inertia term as zero, whereas in the momentum equation of cold electrons we consider a viscous term as its mobility is less and more responsive to the viscous forces.
\subsubsection{Continuity equation}
\begin{equation}\label{eq1}
\frac{\partial n_{h}}{\partial t}+\frac{\partial\left(n_{h} u_{h}\right)}{\partial x}=0
\end{equation}
\begin{equation}\label{eq2}
\frac{\partial n_{c}}{\partial t}+\frac{\partial\left(n_{c} u_{c}\right)}{\partial x}=0
\end{equation}

\subsubsection{Momentum equation}
\begin{equation}\label{eq3}
0=\frac{1}{m_{e}}\left[e \frac{\partial \phi}{\partial x}-\frac{1}{n_{h}} \frac{\partial P_{h}}{\partial x}+\frac{\hbar^{2}}{2 m_{e}} \frac{\partial}{\partial x}\left[\frac{1}{\sqrt{n_{h}}} \frac{\partial^{2} \sqrt{n_{h}}}{\partial x^{2}}\right]\right]
\end{equation}

This is momentum equation for hot electrons. The inertia term (left hand side of the equation) is zero, as hot electrons are very mobile so its inertia can be assumed to be zero.

\begin{multline}\label{eq4}
m_e \left(\frac{\partial}{\partial t}+u_{c} \frac{\partial}{\partial x}\right) u_{c} =e \frac{\partial \phi}{\partial x}
+\frac{\hbar^{2}}{2 m_{e}} \frac{\partial}{\partial x}\left[\frac{1}{\sqrt{n_{c}}} \frac{\partial^{2} \sqrt{n_{c}}}{\partial x^{2}}\right]\\
+\eta_{c} \frac{\partial^{2} u_{c}}{\partial x^{2}}
\end{multline}

This is momentum equation for cold electrons. The inertia term is non zero as the mobility of cold electrons are very less. For our two-electron plasma system cold electron produce the restoring force for electron acoustic oscillations. Cold electrons also got a viscous term.

\subsubsection{Poisson's equation}
\begin{equation}\label{eq5}
\frac{\partial^{2} \phi}{\partial x^{2}}=4 \pi e \left(n_{c}+n_{h}-Z_{i} n_{i}\right)
\end{equation}

The subscript $i$ in the Poisson's equation is for representing ions. The above-mentioned equations are the governing equations for the plasma system, where $n_h$ and $n_c$ are the densities of hot and cold electrons respectively. $\phi$ is the electrostatic potential, $P_h$ is the pressure law for hot electrons. $\hbar$ is the plank constant divided by $2\pi$, $m_e$ is the mass of electron and $e$ is the charge of electron, $Z_{i}e$ is the charge of ion and $\eta_c$ is the viscous constant for cold electrons.

\subsubsection{The pressure law}
We considered Fermi pressure as the main pressure component for hot electrons. Fermi pressure is
\begin{equation}\label{eq6}
P_{j}=\frac{m_{j} V_{F j}^{2}}{3 n_{j 0}^{2}} n_{j}^{3}
\end{equation}

where $j=h$ for hot electron, $j=c$ for cold electron and $j=i$ for ions, $m_{j}$ is the mass, $n_{j}$ is the number density of $j$ particles with equilibrium concentration $n_{j 0}, V_{F j}$ is the Fermi thermal speed which is given as $V_{F j}=\sqrt{2 k_{B} T_{F j} / m_{j}}, T_{F j}$ is the Fermi temperature and $k_{B}$ is the Boltzmann's constant. The parameters need to be normalized to get a good control to the equations and normalized equations are easy to work with. Normalization means we need to define some suitable scaling associated to our problem. With these scaling constants we can make our parameters dimensionless.
For our problem normalization has done with following way\\
$x \rightarrow x \omega_{j} / V_{F j}$; $t \rightarrow t \omega_{j}$; $\phi \rightarrow e \phi / 2 k_{B} T_{F j}$; $u_{j} \rightarrow u_{j} / V_{F j}$; $n_{j} \rightarrow n_{j} / n_{j 0}$ and $\eta_{c} \rightarrow \eta_{c} \omega_{j} / m_{e} V_{F j}^{2}$ where $\omega_{j}=\sqrt{4 \pi e n_{c 0} e^{2}/m_{e}}$ is the plasma oscillation frequency.\\
Changing the variables and parameters in Eqs. (\ref{eq1}-\ref{eq5})  we have Normalized Governing Equations:

\begin{equation}\label{eq7}
\frac{\partial n_{h}}{\partial t}+\frac{\partial\left(n_{h} u_{h}\right)}{\partial x}=0
\end{equation}
\begin{equation}\label{eq8}
\frac{\partial n_{c}}{\partial t}+\frac{\partial\left(n_{c} u_{c}\right)}{\partial x}=0
\end{equation}
\begin{equation}\label{eq9}
0=\frac{\partial \phi}{\partial x}-n_{h} \frac{\partial n_{h}}{\partial t}+\frac{H^{2}}{2} \frac{\partial}{\partial x}\left[\frac{1}{\sqrt{n_{h}}} \frac{\partial^{2} \sqrt{n_{h}}}{\partial x^{2}}\right]
\end{equation}

\begin{multline}\label{eq10}
\left(\frac{\partial}{\partial t}+u_{c} \frac{\partial}{\partial x}\right) u_{c}=\frac{\partial \phi}{\partial x}+\frac{H^{2}}{2} \frac{\partial}{\partial x}\left[\frac{1}{\sqrt{n_{c}}} \frac{\partial^{2} \sqrt{n_{c}}}{\partial x^{2}}\right]\\
+\eta_{c} \frac{\partial^{2} u_{c}}{\partial x^{2}}
\end{multline}
\begin{equation}\label{eq11}
\frac{\partial^{2}\phi}{\partial x^{2}}=n_{c}+\frac{n_{h}}{\delta}-\frac{\delta_{i}}{\delta} n_{i}
\end{equation}
where $H=\hbar \omega_{j} / 2 k_{B} T_{F j}$ is a non-dimensional quantum diffraction parameter, $\delta=n_{c 0} / n_{h 0}$ and $\delta_{i}=Z_{i}n_{i0}/n_{h0}$

\section{Dispersion Characteristics }\label{DR}

For investigating the nonlinearity in the behavior of electron acoustic wave, we assume following perturbation expansion for $n_h$, $n_c$, $u_h$, $u_c$ and $\phi$.

\begin{equation}\label{eq12}
\left[\begin{array}{c}
n_{h} \\
n_{c} \\
u_{h} \\
u_{c} \\
\phi
\end{array}\right]=\left[\begin{array}{c}
1 \\
1 \\
u_{0} \\
u_{0} \\
\phi_{0}
\end{array}\right]+\varepsilon\left[\begin{array}{c}
n_{h}^{(1)} \\
n_{c}^{(1)} \\
u_{h}^{(1)} \\
u_{c}^{(1)} \\
\phi^{(1)}
\end{array}\right]+\varepsilon^{3}\left[\begin{array}{c}
n_{h}^{(2)} \\
n_{c}^{(2)} \\
u_{h}^{(2)} \\
u_{c}^{(2)} \\
\phi^{(2)}
\end{array}\right]+\cdots
\end{equation}

Here we assume existence of streaming equilibrium velocity for hot and cold electrons and equilibrium field in constant field $\phi_0$. Substituting these expansions (Eq. \ref{eq12}) in the governing relations (Eqs. \ref{eq7}-\ref{eq11}) and then taking only linear terms (linearizing) with the assumption that all field variable varies periodically as $e^{i(k x-\omega t)}$, where $k$ is the wavenumber and $\omega$ is wave frequency, we have following complex dispersion relation:

\begin{equation}\label{eq13}
-k^2=\frac{1}{\left[\frac{{H}^{2}{k}^{2}}{4}-\left(\frac{\omega-u_0 k}{k}\right)^2\right]+i \eta_c\left(\omega-u_0 k\right)}+\frac{1/\delta}{1+\frac{{H}^2{k}^2}{4}}
\end{equation}

 Now we have to keep in mind that $k$ itself is a complex number, $k=k_1+i k_2$. Putting this into the expression of Complex dispersion relation we have two equations, one for real part of the equation and other for imaginary part of the equation. The real dispersion equation is the solution for EAW of our three component plasma, is:

\begin{equation}\label{eq14}
    -1=\frac{A+\frac{B}{\delta}}{AB-C\eta_c}
\end{equation}
Where,
\begin{equation}
    A=\left[k_{1}^{2}+\frac{H^{2}k_{1}^{2}}{4}\right]
\end{equation}
\begin{equation}
    B=\left[H^{2}k_{1}^{2}-\omega^{2}-u_{0}^{2}k_{1}^{2}+2{\omega}u_{0}k_{1}\right]
\end{equation}
\begin{equation}
    C=k_{1}^{2}\left(\omega-k_{1}u_{0}\right)
\end{equation}

 With $k_2=0$, this is the linear dispersion relation of the EAW. If we plot $k_1$ vs $\omega$ then the plot will give us dispersion plot. $H$, $u_0$, $\eta_c$, $\delta$ are the parameters of the equation.

 \begin{figure}[ht]
{	\centering
	\includegraphics[width=3in,angle=0]{disp1.jpg}
	\caption{Real dispersion relation for different quantum diffraction parameter (H) keeping $u_{0}$, $\delta$, $\eta_c$ constant}
	\label{fig1}
}
\end{figure}

\begin{figure}[ht]
{	\centering
	\includegraphics[width=3in,angle=0]{disp2.jpg}
	\caption{Real dispersion relation for different values of coefficient of viscosity $\eta_c$ keeping $u_{0}$, $H$, $\delta$ constant}
	\label{fig2}
}
\end{figure}

\begin{figure}[ht]
{	\centering
	\includegraphics[width=3in,angle=0]{DISP_3.jpg}
	\caption{Real dispersion relation for different values of $\delta$ keeping  $\eta_c$, $u_{0}$ and $H$ constant}
	\label{fig3}
}
\end{figure}

\begin{figure}[ht]
{	\centering
	\includegraphics[width=3in,angle=0]{DISP_4.jpg}
	\caption{Real dispersion relation for different values of $u_0$ keeping  $\eta_c$, $\delta$ and $H$ constant}
	\label{fig4}
}
\end{figure}

 Fig, \ref{fig1}. shows $\omega$ vs $k$ plot for different $H$ values. We change $H$ from 1 to 3 keeping $u_0$, $\delta$ and $\eta_c$ constant. As $H$ increases the slope of $k$ vs $\omega$ plot decreases, that is also visible from the dispersion relation. However, $H$ depends on plasma frequency $\omega_c$ linearly. So, increasing $H$ means higher plasma frequency. Finally, we can conclude that for high plasma frequency the EAW has less wavenumber with same frequency.

 Fig. \ref{fig2}. shows dispersion plot for different values of $\eta_c$ keeping $H$, $u_0$ and $\delta$ constant. Plot shows that increase of $\eta_c$ results a increase in slope of $k$ vs $\omega$ plot. The slope of $k$ vs $\omega$ plot is inversely proportional to the EAW velocity in the plasma medium. So, an increase in viscous drag implies a decrease in the velocity of electron acoustic waves (EAW), which physically should be the case.

Fig. \ref{fig3}. shows dispersion plot for different values of $\delta$. Increase in $\delta$ shows decrease in slope (for small $\omega$ this behavior is clear). Increasing delta means more initial cold electrons compare to hot electrons. So, according to our plots a greater number of initial cold electrons implies a decrease in $k$ vs $\omega$ slop, that is increase in EAW velocity. Now, velocity of sound waves, rather acoustic waves increases if rigidity of the medium increases. A greater number of cold electrons means more viscous drag and eventually more rigid medium, which can be the cause for increase in EAW velocity.

Fig. \ref{fig4}. shows dispersion plot for different values of equilibrium streaming velocity $u_0$. Plot shows with increasing $u_0$ the slope of $k$ vs $\omega$ plot decreases, i.e. an increase in EAW velocity.

 \section{KdV-B Equation and It's Solution}\label{kdv-b}
 We used standard reductive perturbation technique with usual stretching of space and time variables. We used two perturbation expansions to see the behavior of the solution of KdV-B equation. using the perturbation expansion Eq. \ref{eq12} and stretching of variables $\xi=\varepsilon^\frac{1}{2}\left(x-v_0 t\right)$; $\eta_c=\eta_0 \varepsilon^\frac{1}{2}$; $\tau=\varepsilon^\frac{3}{2} t$\\
 Putting them into governing equations and taking the lower order terms with power of epsilon we have the following KdV-Burger equation
 \begin{equation}\label{eq15}
 \frac{\partial \phi}{\partial \tau}+N\phi\frac{\partial \phi}{\partial \xi}+D\frac{\partial^3 \phi}{\partial \xi^3}-R\frac{\partial^2 \phi}{\partial \xi^2}=0
 \end{equation}
 with, $N=\frac{p_1^2\left(p_1+2p_2\right)-\left(p_1+p_2\right)}{2p_1\left(p_1+p_2\right)}$; $D=-\frac{H^2}{2}\frac{p_1+p_2+p_1 p_2}{p_1\left(p_1+p_2\right)}$; $R=\frac{p_1\eta_0}{2\left(p_1+p_2\right)}$
 where, $p_1=-\frac{1}{\left(v_0-u_0\right)}$ and $p_2=-\frac{1}{\left(v_0-u_0\right)^2}$
 for a perturbation of variables with all powers of $\varepsilon$:
\begin{equation}\label{eq16}
\left[\begin{array}{c}
n_{h} \\
n_{c} \\
u_{h} \\
u_{c} \\
\phi
\end{array}\right]=\left[\begin{array}{c}
1 \\
1 \\
u_{0} \\
u_{0} \\
\phi_{0}
\end{array}\right]+\varepsilon\left[\begin{array}{c}
n_{h}^{(1)} \\
n_{c}^{(1)} \\
u_{h}^{(1)} \\
u_{c}^{(1)} \\
\phi^{(1)}
\end{array}\right]+\varepsilon^{2}\left[\begin{array}{c}
n_{h}^{(2)} \\
n_{c}^{(2)} \\
u_{h}^{(2)} \\
u_{c}^{(2)} \\
\phi^{(2)}
\end{array}\right]+\cdots
\end{equation}
and stretching of variables
$\xi=\varepsilon^\frac{1}{2}\left(x-v_0 t\right)$; $\eta_c=\eta_0 \varepsilon^\frac{1}{2}$; $\tau=\varepsilon^\frac{3}{2}t$
we get another solution for KdV-B equation (\ref{eq15}) with
$N=p_1+\frac{v_0}{2}+\frac{v_0}{2p_2\delta}$; $D=\frac{V_0\left(H^2-4\delta\right)}{8p_2\delta}$; $R=-\frac{\eta_0}{2}$ with $p_1=-\frac{1}{\left(v_0-u_0\right)}$ and $p_2=-\frac{1}{\left(v_0-u_0\right)^2}$
The solution of KdV-B equation in asymptotic limit is
\begin{equation}\label{eq20}
    \phi=\frac{12D}{N}\left(1-\tanh^2{\xi}\right)-\frac{36R}{15N}\tanh{\xi}
\end{equation}
Fig. \ref{fig5} and Fig. \ref{fig6} shows $\phi$ vs $\xi$ plots for change in different parameters of the system. These plots are the solitary profiles of EAWs showing nonlinear behavior of the plasma system.

\begin{figure}[ht]
{	\centering
	\includegraphics[width=\linewidth]{kdv1.png}
	\caption{(a) KdV-B plot for different $H$ for fixed $u_0$, $v_0$ and $\eta_0$, (b) KdV-B plot for different $\eta_0$ for fixed $u_0$, $v_0$ and $H$, (c) KdV-B plot for different $v_0$ for fixed $u_0$, $H$ and $\eta_0$, (d) KdV-B plot for different $u_0$ keeping $H$, $v_0$ and $\eta_0$ constant, (e) KdV-B plot for different $u_0$ keeping $H$, $v_0$ and $\eta_0$ constant, (f) KdV-B three-dimensional plot for different $v_0$ for fixed $u_0$, $H$ and $\eta_0$, (g) KdV-B 3-D plot for different $u_0$ keeping $H$, $v_0$ and $\eta_0$ constant, (h) KdV-B color-plot for different $u_0$ keeping $H$, $v_0$ and $\eta_0$ constant}
	\label{fig5}
}
\end{figure}

\begin{figure}[ht]
{	\centering
	\includegraphics[width=\linewidth]{kdv2.png}
	\caption{(a) KdV-B plot for different $H$ for fixed $u_0$, $v_0$, $\delta$ and $\eta_0$, (b) KdV-B plot for different $\delta$ for fixed $u_0$, $v_0$, $H$ and $\eta_0$, (c) KdV-B Surface plot for different $\delta$ for fixed $u_0$, $v_0$, $H$ and $\eta_0$, (d) KdV-B plot for different $\eta_0$ for fixed $u_0$, $v_0$, $H$ and $\delta$, (e) KdV-B plot for different $v_0$ for fixed $u_0$, $\eta_0$, $H$ and $\delta$, (f) KdV-B plot for different $u_0$ for fixed $v_0$, $\eta_0$, $H$ and $\delta$, (g) KdV-B plot for different $u_0$ for fixed $v_0$, $\eta_0$, $H$ and $\delta$, (h) KdV-B surface plot for different $u_0$ for fixed $v_0$, $\eta_0$, $H$ and $\delta$}
	\label{fig6}
}
\end{figure}

\section{Results and Discussions}\label{RD}

Fig.\ref{fig5}. (a) and Fig.\ref{fig6}. (a) shows that increase in height of solitary profile with increase in $H$ keeping $u_0$, $v_0$, $\delta$ and $\eta_0$ constant. Fig. \ref{fig5}. (b) and Fig. \ref{fig6}. (d) shows that with increase in the value of $\eta$ keeping other parameters constant, the difference of the field $(\phi)$ before and after soliton structure increases. Fig. \ref{fig5}. (c) and Fig. \ref{fig6}. (e) shows that with increase in $v_0$ keeping other parameters constant, the difference of the field $(\phi)$ before and after soliton structure increases. Fig. \ref{fig5}. (f) shows the behavior of soliton structure with full range change of $v_0$. Fig. \ref{fig5}. (d) and Fig. \ref{fig6}. (f) shows that with increase in $u_0$ keeping other parameters constant, the difference of the field $(\phi)$ before and after soliton structure decreases. In Fig. \ref{fig5}. (e) and Fig. \ref{fig6}. (g) the behavior just reversed, as for these plots the sign of $(v_0-u_0)$ changes. Fig. \ref{fig5}. (g), Fig. \ref{fig5}. (h) and Fig. \ref{fig6}. (h) shows change of solitary profile with full range change of $u_0$. Fig. \ref{fig5}. (g) and Fig. \ref{fig5}. (h) shows a discontinuity at $u_0=v_0$, which is at $u_0=0.5$. This is because at $u_0=v_0$ the solution is invalid as $p_1$ and $p_2$ both tend to infinity at this value. Fig. \ref{fig6}. (b) and Fig. \ref{fig6}. (c) shows that with increase in the value of $\delta$ keeping other plasma parameters constant the peak of solitary profile decreases and the difference of the field $(\phi)$ before and after soliton structure increases.

\section{Conclusions}\label{Conc}
Both the linear and nonlinear properties of electron-acoustic wave (EAWs) have been investigated in three component Fermi plasma consisting of two distinct groups of electrons and solitary ions. Dispersion relation that we obtained, is a general one including inertia effect for cold electrons and effect of Fermi pressure for hot electrons. The stable models for EAWs are shown. The dependence of electron-acoustic wave velocity on different plasma parameters has been shown and explained. The slope of the dispersion relation plots depends on the velocity of EAW inversely. The dependence of this EAW velocity and EAW frequency on different plasma parameters has been shown. Electron-acoustic wave velocity increases with increasing $H$, $u_0$ and $\delta$ and decreases with increasing viscous coefficient $\eta_c$.

To study nonlinear behavior of electron acoustic waves KdV-Burger's equation has been derived. While deriving KdV-Burger's equation in general perturbative reduction technique we assumed two kinds of perturbations, With usual perturbation containing terms with all integer powers of $\varepsilon$. and with a special kind of perturbation having only terms with odd powers of $\varepsilon$.The present investigation that we have done on this paper may be helpful in understanding the basic features of electron-acoustic waves in dense Fermi plasma systems like astrophysical objects like neutron stars, white dwarfs as well as laboratory-made Fermi plasma systems and laser-solid plasma experiments.

\bibliographystyle{IEEEtran}

redpajama_set_name: RedPajamaArXiv


text:
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A: I changed the encoding of the script from UTF-8 to UTF-8 with BOM

redpajama_set_name: RedPajamaStackExchange


THE AERIAL OPERATOR HAS THE MOST AFFECT ON THE SAFE OPERATION OF AN aerial device. He has an impact on receiving proper training, proper operation of the equipment, use of equipment as intended, and maintenance of the equipment. All are essential components for safe operation.
Safety rules have been developed as a result of repeated accidents, and these rules are written in blood. Following the safety rules every day is your only option. Let's look at just two items that can be hazards for an arborist: falls and electrical contact. Learn and follow proper work practices, because they have been developed to prevent accidents, including falls and electrical incidents.
When working from a bucket truck, taking precautions to prevent a fall is imperative. The operator is required to wear a fall protection system with the lanyard attached to the manufacturer supplied "D" ring.
Although not all from bucket trucks, four people fall every working day. Overreaching and not standing on the basket floor with both feet often results in falling out of a basket. However, being ejected from the basket is the majority of falls from buckets. There are several ways this can happen.
* The bucket truck is struck by another vehicle.
* An object, such as a tree branch, can strike the basket or boom.
* The basket or boom can snag on something and suddenly release, causing the boom to recoil.
* A lift rope can break, or the load slip while using a material handling aerial device.
* A rope used to tie off a branch to a tree can slip and allow the branch to fall or swing into the boom or basket.
* A mechanical part of the leveling system can fail from overload or improper maintenance causing the basket to tilt.
* A cut can go wrong and a branch fall the wrong way.
A fall to the ground can be prevented if the operator wears a fall protection system. The equipment owner and the operator must determine what type of OSHA-approved fall protection system they will need to use. Then it is up to the operator to always wear the harness, inspect it daily before use, and adjust it to fit, according the fall protection manufacture's instructions. An improper fitting harness can increase the chance of injury. Lastly, do not forget to attach the lanyard to the attachment point provided by the aerial manufacturer. Proper maintenance and skillful operation and techniques can prevent most accidents.
You cannot tell what an object's electrical potential (voltage) is. Whenever you work near power lines, there is the possibility of an electrical contact. Proper precautions and following proper work rules will provide some protection from this unseen danger. Only a line clearance arborist can work around power lines. You must have the proper training to recognize the hazards in line clearance and know the techniques and equipment required to work in the vicinity of power lines. Unless you are a trained lineman or are a qualified line-clearance arborist authorized to work near energized lines, you and the equipment you are operating must maintain a minimum 10-foot clearance from all power lines. This 10-foot clearance increases with voltages of 50KV or greater. If you are an arborist and see a downed or damaged line, do not try to repair it. Contact the electrical system owner/operator of the power line. When your work may be too close to a power line, contact the power line electrical system owner/operator. They are much better equipped to handle problems safely.
To define some of the terms used: current is the flow of electricity, measured in amps; voltage is the force--the difference of potential--causing the current to flow, measured in volts; and resistance is the property trying to prevent current flow, measured in ohms.
Your body operates on electricity, the nerves use an electrical signal to see, think, make muscles move, indicate temperature, and let you know when you have an injury (pain). Low levels of an outside source of electrical current vary from undetected to where it will disrupt the body's electrical system and cause pain. At higher levels it can cause the muscles to contract intensely and interfere with the heart's function. At high levels it can cause severe burn injuries.
It does not take much current to affect the human body. Very small currents can be fatal. As the current flow increases, the tissue damage to the body increases. The damage will be determined by the power to which a body is exposed. This power is a function of the length of time of contact and the amount of current flowing through the body. Keep in mind that an electrical burn caused by a high-voltage contact causes current to flow through the blood and bone marrow. It literately cooks the body from the inside out. Further, a high-voltage electrical contact keeps on destroying tissue even after the voltage has been removed. High voltage is defined as equal to or greater than 600 volts. A distribution power line primary phase to ground potential can be anywhere from 2,400 volts to 19,900 volts.
Electrocution occurs when a person's body becomes a path for electric current. You place your body in a position to become an electrical path by touching, or getting too close to, two objects at a difference of potential (voltage). The voltage difference causes the current flow between the parts of the body in contact. You do not have to touch an object to be a path. The current can jump through air if the distance, voltage level and weather conditions are suitable. Current can also flow over what are normally considered non-conductive parts caused by surface contamination. These include dirt, moisture and oils. Here's what's important; any time any two parts of your body are placed between a difference of potential, current will flow. The amount of current flowing through your body is determined by the amount of resistance. The higher the resistance, given the same voltage, the lower the current flow. Conversely, given the same voltage, the lower the resistance, the higher the current flow. Lineman's rubber gloves and insulated booms provide an extremely high resistance. Leather gloves and moist skin provide a low resistance.
There is a false impression that current follows the path of least resistance. Current follows every path it can find. Lower resistance paths have more current flowing through them, but all paths will have a current flow--this is Ohm's Law. Even though there may be a lower resistance path for current flow, it does not take much current to be fatal. Consider a condition called a ground fault. This can have a momentary current surge in distribution power lines up to 15,000 amps. Remember, current will seek ground through every path available.
* From a tree branch touching an energized phase or part, through your saw, to you and down to the ground through the tree you are climbing.
* From an energized phase wire, through you, to a neutral or ground wire.
* From an energized phase wire, through you, to a different phase wire.
* From a branch you are trying to remove, through the rope to the person handling the rope.
* From a tree branch you are holding, through you, to the controls you are operating when part of the aerial boom tip touches an energized phase or part.
* From an energized phase wire in contact with, or too close to, a non-insulated portion of a boom, through you, while standing on the ground touching the truck or attached chipper.
* From one foot, through you, to the other foot if standing near an energized vehicle or tree that has become energized (note:this is known as step potential).
* From the ground you are standing on, through you, to a tree you are removing, if an energized phase is contacting a branch of the tree.
* From an energized phase hidden in the branches through the branches and down the tree to you when you drill it to inject chemicals.
This partial list gives examples of contact possibilities. There are many possible combinations where a person's body can become a path for current, whenever a difference of potential exists. Remember, whenever any two parts of your body are at a difference of potential, current will flow. You must be aware of the clearance distance required to power lines. See ANSI Z133.1 for proper clearance distances.
1. A basket liner will protect only that portion completely inside the liner. Anything conductive that extends out of the liner will conduct electricity into the liner and make it ineffective.
2. The insulating section of the upper boom will prevent current flow from the boom tip through the boom to the elbow only.
3. The lower boom insert will provide an insulating section between the elbow and the truck chassis.
The boom tip does not provide insulation because it contains metal components to provide structural support. Manufacturers place a band of arrows on the upper boom to show the end of the insulated section. Past the band of arrows on the boom, any part of the boom tip that contacts a energized line or part will become energized at that potential. Also, any part of the boom tip that contacts a grounded component will ground the entire boom tip. This includes the controls and all other components that are past the band of arrows. Covers and guards may provide limited protection but you cannot depend on them. They are not tested or maintained to provide electrical protection. Contact of fiberglass covers and guards with energized parts may arc along the surface or through the fasteners to metal under the cover and energize the entire boom tip. You must maintain proper clearance from all sources of electricity.
Just because you are in an aerial device you are not protected from all contact with an energized object. If you touch or are part of a path between two objects at different potential you can be electrocuted. The aerial device will only prevent one energized source having a path to ground through the boom. You are not like a bird on a wire.
Another hazard on aerials involves the tools you use. Many aerials are equipped with hydraulic tools such as power saws and loppers. The tools are connected to the bucket truck's hydraulic system through the tool hoses, which must be non-conductive. They are orange color and have NON-CONDUCTIVE printed on them. Inspect the hoses in the area just beyond the fittings for any wrinkling. Wrinkling is an indication of hose failure that's about to occur. Black tool hoses may be reinforced with wire braid and they are conductive. If a conductive tool hose bridges across electric lines it can cause an arc. A sustained are will melt a hole in the hose and ignite the mist that escapes. Since the hoses and hydraulic oil are flammable, the escaping oil will form a blowtorch and could spray the operator with ignited hydraulic oil. There have been far too many failed basket rescue attempts with a fire at the boom tip and an operator on fire because of poor or no training on basket rescue techniques, or failure to practice this necessary procedure periodically. The operator and the ground crew must know how to perform a basket rescue, especially in the case of a fire or an electrical contact. The operator's life is at stake here. If you don't know basket rescue techniques, find out.
An arborist's job is hazardous enough. That's why we follow the safety work rules and use the equipment properly in an earnest effort to prevent accidents.
1 milliamp is one one-thousandth (1/1000) of an ampere.


text:
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Check out photos of Jessica Alba, Jabbawockeez, Scarecrow from the Masked Singer, Beau Clark, Tinx and more as they visited SoFi Stadium for Los Angeles Rams vs. the San Francisco 49ers in Week 8.
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Rebel Wilson, Brandy, Big Sean & Jhené Aiko and many more were at SoFi Stadium for Sunday's Rams vs. San Francisco 49ers NFC Championship battle. Take a look at photos from the game!


text:
Cherokee's Whisk: A Sustainable Bakeshop Closes Abruptly
Former staff criticize owner Kaylen Wissinger for letting go the staff without notice
By Monica Obradovic on Fri, Jan 6, 2023 at 5:43 pm
Monica Obradovic
Whisk: A Sustainable Bakeshop has indefinitely closed its walk-in sales.
A beloved bakery on Cherokee Street has closed retail operations and let go of most of its staff.
Kaylen Wissinger says she's made the difficult decision to "reorient" Whisk: A Sustainable Bakeshop (2201 Cherokee Street, 314-932-5166) after months of hardship. The shop's storefront has closed for retail sales as Wissinger transitions the business to focus solely on wholesale and its ice-pop brand, Poptimism.
"I've been holding on as long as I could," Wissinger tells the RFT. Over the past six months, Wissinger says Whisk had been putting out a lot of products and "did not properly adjust prices as I needed to." Between wholesale accounts, special orders and retail operations, "the numbers just weren't adding up."
"I realized that and thought we could hang on a little longer, but then we couldn't," Wissinger adds. "I went to run payroll and was like, 'I don't have the money.' It's pretty shitty and as simple as that."
Wissinger announced the bakeshop's transition on social media on Thursday. In the post, Wissinger wrote of Whisk's "scaling back" after "weathering the storm of the last three years." To past employees, the announcement left out one crucial message — that they had been abruptly let go on December 29 with little to no notice that Whisk was truly in trouble. Past employees took to social media to comment on the closure announcement and criticize Wissinger for not warning them that the business was in trouble.
"We cared about Whisk, and we wanted it to be successful so we could continue working there," said a former general manager, who spoke to the RFT on condition of anonymity. She says other past employees along with herself offered extra help multiple times to help keep Whisk afloat. "It's very disappointing to think of how much I put into this business only to be fired with no notice."
According to former employees, Whisk's reorientation followed months of suspected trouble. Yet, when the then-staff raised questions of Whisk's stability they say Wissinger always assured them things were fine. They were told their jobs were not at risk.
MABEL SUEN
Pastry chef and Whisk owner Kaylen Wissinger.
Around July, multiple Whisk employees heard Wissinger tell a Poptimism employee that Whisk was "hemorrhaging money." Poptimism, a line of popsicles owned by Wissinger, is a popular food truck and was one of the first vendors to set up shop in City Foundry STL's food hall in 2021.
At a managers' meeting in August, according to the general manager, Wissinger was asked what the managers could do to help Whisk make more money. They also asked about two employees who they allege were not given raises promised months earlier (one of these employees said they received about $1,000 in back pay within 10 days of raising the issue to Wissinger).
Business continued as usual in the following months — until December, when the employees were abruptly let go.
Wissinger called each employee individually to explain Whisk's shutdown. She understands their frustrations, she says: "I thought a lot about what I could've done differently, but I can't go back in time and fix it."
"I need to figure out if this even makes sense to do any more," Wissinger adds. "And it sucks. We just really grew really fast after opening the Foundry location, and I'm burnt out … I only got into this because I like to bake. I'm not a business person, per say. I've made a million mistakes, and they've kind of just all caught up to me."
On Friday afternoon, Wissinger was working alone at the bakeshop in south city. She says she plans to continue operations by herself in Whisk's current space.
At this point, she hopes to eventually open the front of the shop for walk-up sales again. "I'm certainly planning on reopening," she says. "I'm just not really sure when or in what capacity."
Whisk had just passed its 10-year anniversary in November, a milestone reached in spite of the hardest years of the pandemic. Yet the past three years ultimately proved to be too much, Wissinger wrote in her social media announcement on Thursday. Costs had skyrocketed, and employees were working "twice as hard to just keep our heads about water."
Employees say they generally enjoyed working at Whisk. They just wished they could have had more time to prepare for the end of their employment.
"There were a lot of perks for working there, [Wissinger] is a good person, and I looked up to her," says one employee who worked at Whisk for nearly two years. "But I don't know if I would want to work there again."
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Whisk,
Cherokee,
bakeshop,
Monica Obradovic is a staff writer for the Riverfront Times.


The government has revealed 50 pages of draft amendments to Australia's encryption-busting bill, giving some MPs little more than ten minutes to try and digest them.
The draft amendments have now been released for public consumption [pdf] and - for the first time - define what it means to implement a systemic weakness and vulnerability under the proposed law.
"Systemic vulnerability means a vulnerability that affects a whole class of technology, but does not include a vulnerability that is selectively introduced to one or more target technologies that are connected with a particular person," the draft amendment states.
The definition appears to confirm critics' worst fears - that technology companies will be required to weaken security and insert backdoors in products; however, they will not be considered "systemic" if agencies pick and choose who they target.
However, the government argues that isn't the case in a new explanatory memorandum.
"This definition makes clear that anything that weakens whole systems, and consequently puts the security of innocent users at risks, is prohibited," the government said.
"It clearly states a carve-out for targeted use of powers that are isolated to particular targeted devices and do not undermine system security."
Labor appeared to be unhappy with the proposed definition but has decided to wave the bill through the lower house anyway.
"The issue of inserting an appropriate definition of systemic weakness into the legislation has been a major issue of disagreement between Labor and the government that we are continuing to work to resolve even now," shadow Attorney-General Mark Dreyfus said.
Labor MP Mike Kelly said that "a proper definition of systemic weakness" was still required.
"That's going to be a huge challenge," he said.
However, even if Labor is still unhappy with the definition, it appears that they believe any practical difficulties can be assuaged by an appeal mechanism available to companies hit with technical capability notices, where a retired judge and security-cleared tech expert would review the nature of what was being asked and issue a binding ruling on it.
"We have got greater comfort in how that will be managed by the fact that we now have an additional mechanism … to have an independent assessment done which a company can refer to where it has concerns of being forced to a requirement under a [capability notice] of engaging or unlocking some of these aspects of what they do," Kelly said.
Labor MPs admitted that the bill was likely to harm Australia's software industry, its commercial interests and security posture.
But Kelly was adamant that the bill should be rushed through anyway and said that the public should be "reassured" by the vigour that Labor had applied in seeking changes to the bill.
"I think the public should be reassured that the Parliamentary Joint Committee on Intelligence & Security (PJCIS) - and Labor on that committee - have prosecuted the case effectively in relation to the civil liberties issues that are presented by it, but we have also taken great cognisance of commercial impacts and security impacts," Kelly said.
Kelly said he was unable to specify the exact reasons the bill was required.
"There are specific aspects we are constrained in not being able to go into in the public space because of the nature of these issues and the briefings that we've received," he said.
"We're going to have a bill that enables our agencies to deal with what was presented to us as a period of heightened alert and to deal generally with managing the threat challenge they have with this technical barrier.
Greens MP Adam Bandt slammed the rush and the lack of time given to MPs to even consider the draft amendments, which were still being put together last night.
"What's happening is as is usual on the last day of sitting in this place [is that] all of a sudden there are urgent things that can't wait and legislation that could have been dealt with six months ago and gone through the proper process is now being pushed through the parliament," Bandt said.
"We're told by the Opposition, 'It's OK, we've fixed it, trust us. We've had a closed door meeting with the government, we've reached a bunch of agreements'.
The amended bill was read a second time in parliament just after midday, with only two MPs - Andrew Wilkie and Adam Bandt - voting against it.
It passed the lower house entirely at 12.25pm and was referred to the senate for consideration.


RetireEasy.co.uk is raising £150,000 investment on Crowdcube. Capital At Risk.
RetireEasy aims to be the revolutionary retirement planning tool that puts everyone in control of their own financial future - simple to use, easy to understand and already proven by hundreds of users. Next up: reaching the millions of people whose lives we can improve.
An experienced and enthusiastic management team.
How much do I need to save for retirement? When can I afford to stop working? How much can I safely spend each year in retirement? What happens to my plans if my circumstances change?
Until now, to answer those questions you needed expert financial advice – and paid for the privilege. RetireEasy is set to change the retirement planning landscape by giving everyone the ability to see at a glance what their future holds... and then explore different scenarios to see what happens if they want to change that future – maybe plan to downsize or save more.
Everyone deserves a retirement free from financial worries and we can play a huge part in that by helping people make informed decisions to achieve the retirement they deserve.
Described by The Investors Chronicle as "The Holy Grail" financial planning solution, RetireEasy has been developed over the last few years and refined into three subscription models priced at £2.99 to £6.99 a month. We have c.350 users - achieved without marketing - and Crowdfunding will provide the budget to launch ourselves through PR and digital media to our prime demographic: 17 million people aged 45-65 in the UK. Exciting new products are in the pipeline, including a version for 25-45 years olds.
We are targeting 15,000 users in 3 years and invite YOU to be part of that exciting future.
To see the rest of the RetireEasy.co.uk pitch, join now.
Join to read more information about the RetireEasy.co.uk team, documents, and what other investors are saying about the pitch.


Have you tried @lucaggallone 's trick with your friends?
Nuova illusione ottica! Lascia un commento.
#asitis #love #life #alive #magickingdom #selflove #doit #whole #completed #heart #particles #write #unlimited #unconditional #universe #awakening #enjoy #games #space #cosmo #hologram #joy #illusion #thankful #iam #Thaifood #food #madewithlove .


text:
Jennifer Quotes
In our culture, we get very much into shorthanding people. And I got shorthanded as That Guy: Jennifer Lopez, movies bombed, therefore he must be a sort of thoughtless dilettante, solipsistic consumer blahblahblah. It's hard to shake those sort of narratives.
Author Profession: Actor
Born: August 15, 1972
Find on Amazon: Ben Affleck
Will Rogers, Bradley Whitford, Bruce Lee, Clint Eastwood, Vin Diesel, David Hasselhoff, Dwayne Johnson, Orson Welles
Bombed, Consumer, Culture, Get, Got, Guy, Hard, He, Jennifer, Movies, Much, Must, Narratives, Our, People, Shake, Sort, Therefore, Those, Thoughtless, Very
You know George M. Steinbrenner III is the center of all evil in the universe.
You Evil Universe Know
I find forgiveness to be really healthy.
Forgiveness Find Healthy Really
There's a lot of noise in the world, and the Internet magnifies that energy.
World Internet Energy Noise
Well I've never used that phrase before, but yes she is bootylicious.
Never She Well Used
I feel like fame is wasted on me.
Me Feel Like Fame
I've consciously taken on material that's a bit too much for me but not an overreach. The first movie, just about performances. 'The Town,' I learned how to work broader material, develop tension, direct bigger scenes, action sequences. 'Argo,' I experimented with film stock, widened the scope of my geography.
Work Me Action Tension
Making movies has become such a golden ring, and it's all such a big business, that the rewards system has gotten totally out of whack. Suddenly, you're treated in a manner befitting someone who is actually an important person.
Business You Important Movies
My mother taught public school, went to Harvard and then got her master's there and taught fifth and sixth grade in a public school. My dad had a more working-class lifestyle. He didn't go to college. He was an auto mechanic and a bartender and a janitor at Harvard.
Mother School Dad College
All I do, really, is go to work and try to be professional, be on time and be prepared.
Work Time Professional Go
I grew up in a house with a mother who was a teacher and a Freedom Rider - very left-wing Democrats living in a heterogeneous working-class neighborhood. I picked up a lot of those values there, and I brought them with me when I showed up in Hollywood.
Teacher Mother Freedom Me
If I ever woke up with a dead hooker in my hotel room, Matt would be the first person I'd call.
Dead Hotel Person Hotel Room
Sure, I suffered a lot. But it's not like the end of the world and it's not who I am. I lead quite a pleasant life and I'm able to divorce a perceived reality from my actual experience of life.
Life I Am Experience World
I kinda see my current position like this: Here's your five minutes in the toy store, so you gotta do all the good movies you can before 'Chuck Woolery' rings the bell.
Good You Your Movies
People of similar political persuasions tend to flock together.
People Together Political Flock


The Sacramento VA Medical Center is a 60-bed, state-of-the-art, inpatient facility offering a full range of comprehensive health care services including medical, surgical, primary and mental health care. The medical center, which is comprised of 24 medical-surgical beds, 16 TCU beds, 10 ICU beds, 16 BHICU, and a four room operating suite, also houses a cardiac catheterization lab, a gastrointestinal & endoscopy suite, angiography capability and 16,000 square-feet of research laboratory. The medical center offers a wide range of outpatient and diagnostic services, including mammography, MRI, CT, and PET scanning.
Monday, Tuesday, Thursday & Friday: 7:00 a.m. - 4:30 p.m.
Wednesday: 7:00 a.m. - 6:30 p.m.
Take I-80 toward Sacramento. Approaching Sacramento, take US-50/I-80 Capitol City Freeway toward South Lake Tahoe and continue for approximately two miles. Take US-50 toward Placerville and South Lake Tahoe and continue for approximately 10 miles. Take the Mather Field/Rancho Cordova exit and turn right on Mather Field Road.
At Rockingham/Old Placerville Road, the road divides and the left lanes become International Drive. Stay in the right hand lane to continue on Mather Field Road. Turn left on Peter A. McCuen Blvd. Turn left on Blaisdell Blvd.
Take US-50 toward Sacramento. Take the Mather Field Road exit. Turn left on Mather Field Road and continue as indicated above.
Mather Field/Mills Station is the closest Light Rail station.
A VANCHCS Shuttle Bus operates between the Sacramento VAMC and the Mather Field Light Rail Station every 45 minutes. The first shuttle departs the VAMC at 7:45 AM. and the last shuttle departs the VAMC at 4:45 PM. Travel time estimated at 10 minutes.
Visitors are welcome to eat in the medical center cafeteria/canteen, which is located on the first floor of Building 650. We offer a wide variety of delicious and healthy menu items, including hot and cold entrees, beverages and desserts.
Our coffee shop is located on the first floor in the Patient Waiting Area in Bulding 650 near the Outpatient Pharmacy. Visitors may select from a variety of pastries, light sandwiches and hot and cold beverages. Vending machines are also available 24 hours a day.
Note: It's a rectangular block on the southwest corner of Bldg 700; it is one story.
Note: Possibly assigning this Bldg as #642.
General scope of work to be completed: Renovate the 4th floor to add addition patient beds.


walkert222210 days agoGotta get one of those things for when I have worn Slave out and there isn't another guy handy.
ummm cool. It really was not bad but some of it was a little strange like the beginning. hope to see them make more and get better. Nice cumshot to.
anybody know other videos with this guy?
This gurl would LOVE to take her place.
That really hot, real and raw, I like!


text:
#include <arinc653/partition.h>

void test() {
  PARTITION_STATUS_TYPE status;
  status.IDENTIFIER = 1;
  status.PERIOD = 1000000000;
  status.DURATION = 5;
  /* FIXME status.LOCKLEVEL */
  status.OPERATING_MODE = IDLE;
  /* FIXME status.STARTCONDITION */
}


30 Élégant Table En Fete Photos is free HD wallpaper. This wallpaper was upload at February 11, 2018 upload by Crystal Rice in Table.
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Therapeutic boarding schools for girls from or in Copperas Cove, Texas. Help for adoption troubles, self-harm, eating disorders call: 406-847-5850 – boarding schools and homes for troubled boys.
Therapeutic boarding schools for girls from or in Copperas Cove, Texas. Help for adoption troubles, self-harm, eating disorders call: 406-847-5850 – alternative boarding schools and Christian boarding schools.
Are You Researching Therapeutic Boarding Schools in Copperas Cove, TX for a Girl Suffering Emotionally and Acting Out Behaviorally Due to Emotional Distress from Feelings of Abandonment (Adoption Issues) or a Major Loss or Trauma in Her Life?
If your teenage girl is displaying bad behavior or is making destructive choices, Clearview Horizon may be a good option to consider as you research therapeutic boarding schools in Copperas Cove, TX.
While not in Copperas Cove, Texas, Clearview Horizon works with girls from your town in a beautiful facility in the mountains nearby the year-round resort town of Sandpoint, Idaho. The Clearview campus is intentionally located in a remote area because an important part of therapy is for the girl to be far away from influences, issues and similar surroundings so that she can put those out of her mind. It also discourages teens in our care from thinking about connecting with peers and leaving our campus.
To summarize, Clearview Horizon is a therapeutic boarding school for teenage girls with life-controlling issues or misbehavior that may be threatening to their future. Our counselors work best with girls who are acting out or making inappropriate decisions due to emotional stress coming from: major trauma or loss in their life, physical or mental abuse, death of a loved one, or attachment disorders related to adoption. We also specialize in eating disorders and self-harm.
Here at Clearview, girls receive an individual treatment plan aligned with their medical, emotional, and psychological needs. Our expert and seasoned counselors care for over 20 girls in our gorgeous mountainside facility that was once a prestigious corporate hunting lodge. Our multi-disciplinary team is dedicated to helping each resident start on a new and more productive path in life. The clinical staff is made up of a psychiatric specialist, a primary care physician, a dentist, and licensed psychotherapists as well as teachers, mentors and residential care staff.
Young women who are having emotional and behavioral problems tend to be failing in school. Our school is intentionally computer-based, assisted by a licensed teacher, so that residents are able to get caught up and even get ahead in their academics while they are at Clearview. We also provide tutoring if needed, and regular academic progress reports are delivered to parents.
Clearview emphasizes a balanced diet along with physical fitness, restful sleep and fun times; all designed to teach a healthy lifestyle. Girls participate in many outdoor and recreational events during the year, as well as organized team sports. Girls in our care also enjoy regular overnight treks in the beautiful and rugged mountains of Western Montana and Idaho. For spiritual support, residents are given encouragement and instruction by our Christian staff and can attend chapel services, but we also honor other faiths and will not force Christianity on any resident or require them to participate in Christian chapel or Bible studies.
Parents send their girls to our therapeutic boarding school from across the nation, including from Copperas Cove, Texas. We are proud of what our clinical team accomplishes with these young women, and our hope is that we have the privilege to also help your daughter.
Will you take a few minutes now to browse through our website to learn more about our therapeutic boarding school for girls, even though we are not located in Copperas Cove, TX. Also, read some of our many success stories and feel free to ask us for references you can call.
Please Inquire for More Information and the Fees for the Clearview Horizon Therapeutic Boarding School for Girls, though we are located in the Pacific Northwest, not in Copperas Cove, TX.
Excerpt about therapeutic boarding schools in Copperas Cove, Texas, used with permission from Wikipedia.
Should you need help finding ranches for troubled teens, homes for troubled kids, teen boarding schools or help for troubled teenagers, please let us know. Clearview Horizon is a Christian therapeutic boarding school for troubled teenage girls offering teen counseling for girls with adoption issues (reactive attachment disorders), self-harm (self-mutilation) or cutting, or eating disorders (anorexia, bulimia, anorexia nervosa). Other behavioral issues and disorders we deal with include: defiance, depression, post traumatic stress, abuse, and general anxiety. If you have an out of control girl, please think about Clearview Horizon, a school for troubled girls that offers teen counseling and teen counselors for troubled girls. We offer counseling for troubled teens and out of control teens and especially work with RAD girls and adopted girls with emotional disorders. If you are searching for residential treatment centers for girls, troubled youth homes, troubled teen schools or troubled teen boarding schools, you have found one. Homes for troubled teens and boarding schools for teens don't typically offer teen counseling and therapy, but we do.


Welcome to the directory of Australian Jewish musicians and performers.
A pioneering music project that fuses traditional Jewish prayer and song with jazz music.
Klezmania band member David performs in a variety of styles, klezmer, Gypsy, jazz, rock with other bands or solo for simchas or concerts.
He teaches guitar, bass guitar, double bass and ukulele at his home studio.
Infectious Eastern European Jewish Music with Gypsy, Jazz & Middle-Eastern influences.
Melbourne based Israeli sing-a-long club run by guitarist Oded Gordon.
They play a mix of 60's and 70's music with a bit of a bent towards R&B, but lots of ballads and classics that you can sing along to.
Music Works - Let's Sing!
A Yiddish journey through time and space.
Balkansi Klezmer Band is a Sydney based ensemble specialising in traditional Eastern European, Klezmer, Balkan and Gypsy music from countries such as Romania, Bulgaria, Greece, and Serbia. The members of the band include Tamara Auer on Violin, Ben Lomnicki on Clarinet, Nick Hagan on Guitar, Dominic Kennelly on Bass, Jason Wu on Darbuka Drum, and special guest vocalist Sarah Arnold.
Performing in 11 languages, Catch 22 offer a selection of traditional songs & dancing numbers & Horas (in Yiddish & Hebrew), and some contemporary numbers in Hebrew.
Lead singer Ilan Kidron sings in English, French, Italian, Spanish, Portuguese, Ladino and Hebrew.
The band plays a mixture of Leonie's original compositions and arrangements of Jewish and jazz standards. The line-up is piano (or keyboard), saxophone, double bass and drums.
A string quartet that plays Jewish music in a classical idiom. A professional classical string quartet with a significant Jewish repertoire.
The Leonora Ensemble under the musical directorship of Janet Silverton, is classically trained and its repertoire includes substantial Jewish/Yiddish arrangements for trio and string quartet with the option of flute.
The Leonora Ensemble is quite unique in this field, as it is not a 'Klezmer band' but a classical group that also performs authentic Jewish repertoire in the classical idiom.
Emily Lubitz and guitarist brother Jesse Lubitz, with violin virtuoso Alex Burkoy.
Who are we missing? Please let us know!


text:
import datetime as dt

from ..web import base
from .. import config
from .. import util
from ..auth import require_drone, require_login, require_superuser
from ..dao import containerstorage
from ..web.errors import APINotFoundException
from ..validators import validate_data

log = config.log

Status = util.Enum('Status', {
    'ok':       'ok',       # Device's last seen time is shorter than expected interval for checkin, no errors listed.
    'missing':  'missing',  # Device's last seen time is longer than the expected interval for checkin, but no errors listed.
    'error':    'error' ,   # Device has errors listed.
    'unknown':  'unknown'   # Device did not set an expected checkin interval.
})

class DeviceHandler(base.RequestHandler):

    def __init__(self, request=None, response=None):
        super(DeviceHandler, self).__init__(request, response)
        self.storage = containerstorage.ContainerStorage('devices', use_object_id=False)

    @require_login
    def get(self, device_id):
        return self.storage.get_container(device_id)

    @require_login
    def get_all(self):
        return self.storage.get_all_el(None, None, None)

    @require_drone
    def get_self(self):
        device_id = self.origin.get('id', '')
        return self.storage.get_container(device_id)

    @require_drone
    def post(self):
        device_id = self.origin.get('id', '')
        payload = self.request.json_body
        # Clean this up when validate_data method is fixed to use new schemas
        # POST unnecessary, used to avoid run-time modification of schema
        validate_data(payload, 'device.json', 'input', 'POST', optional=True)

        result = self.storage.update_el(device_id, payload)
        if result.matched_count == 1:
            return {'modified': result.modified_count}
        else:
            raise APINotFoundException('Device with id {} not found, state not updated'.format(device_id))

    # NOTE method not routed in api.py
    @require_superuser
    def delete(self, device_id): # pragma: no cover
        raise NotImplementedError()

    def get_status(self):
        devices = self.storage.get_all_el(None, None, None)
        response = {}
        now = dt.datetime.now()
        for d in devices:
            d_obj = {}
            d_obj['last_seen'] = d.get('last_seen')

            if d.get('errors'):
                d_obj['status'] = str(Status.error)
                d_obj['errors'] = d.get('errors')
                response[d.get('_id')] = d_obj.copy()

            elif not d.get('interval'):
                d_obj['status'] = str(Status.unknown)
                response[d.get('_id')] = d_obj.copy()

            elif (now-d.get('last_seen', now)).seconds > d.get('interval'):
                d_obj['status'] = str(Status.missing)
                response[d.get('_id')] = d_obj.copy()

            else:
                d_obj['status'] = str(Status.ok)
                response[d.get('_id')] = d_obj.copy()

        return response


We know this year has been a difficult year for families all over Fort St. John and the North Peace. This holiday season, let's make sure everyone has the best Christmas possible.
That's where the Home Hardware's Santa's Anonymous Fundraiser can help in support of Big Brothers and Big Sisters of Fort St. John. Last year, Big Brothers helped over 180 individuals by providing Christmas Hampers.
That number will increase in 2016.
To help, drop off a cash donation at Home Hardware or grab an item from the Santa's Anonymous Wish List. Click here for the wish list and help us this holiday season.
Or stop by and make a donation during the Santa's Anonymous December 1 and 2. Let's put the true meaning back into Christmas with the Home Hardware Santa's Anonymous Fundraiser.
Watch for more details about the fundraising in the coming days.


When the Prius was first launched in the U.S. market in 2000, the world's first mass-produced hybrid boasted of its 41 MPG combined (city/hwy). With a 117.5 lb. NI-MH battery pack and a curb weight of 2765 lbs., Toyota lead the industry into the hybrid era with this compact model. 18 years later, the Prius Two Eco is equipped with a lighter lithium Ion battery that achieves 56 MPG combined – a notable 15 MPG improvement.
To see what this improvement means in CO2 terms, ASG conducted a comparative life-cycle assessment, and found the 2000 Prius to hold 295 grams of CO2-e emissions per mile driven life-time (attributing CO2 emissions from raw material extraction, processing and manufacturing, through vehicle use with fuel inputs, to vehicle end-of-life). ASG found the 2018 Prius Eco to hold 226 grams of CO2-e emissions per mile driven life-time, a 23% reduction over the 2000 model and a significant stride without a full technology leap.
In ASG'S vehicle class awards, the 2018 Toyota Prius Eco was named a best all-around performer among all cars in the mid to large car segments, earning the BEST 5 ALL-AROUND PERFORMANCE honor. The BEST 5 ALL-AROUND PERFORMANCE honor distinguishes the 5 vehicles in each vehicle segment that achieve the highest combined environmental, social and economic performance ratings in ASG annual Automotive Performance Index (API) Study.


Although these so-called internet of things gadgets are small and rather dumb, they're still full-fledged networked computers for all intents and purposes. They may not need to do much, but they still need to take many of the same basic precautions to prevent them from, say, broadcasting your private information unencrypted to the world, or granting root access to anyone walking by.
The data was without exception totally unencrypted, including the wireless password to the network to which the device had been connected. One device also exposed its private RSA key, used to create secure connections to whatever servers it connects to (for example to check for updates, upload user data to the cloud, and so on). This information would be available to anyone who grabbed this bulb out of the trash, or stole it from an outdoor fixture, or bought it secondhand.
Now, these particular bits of information exposed on these devices aren't that harmful in and of themselves, although if someone wanted to, they could take advantage of it in several ways. What's important to note is the utter lack of care that went into these devices — not just their code, but their construction. They really are just basic enclosures around an off-the-shelf wireless board, with no consideration given to safety, security, or longevity. And this type of thing is not by any means limited to smart bulbs.
These devices all proudly assert that they support Alexa, Google Home, or other standards. This may give users a false sense that they are in some way accredited, inspected, or otherwise held to basic standards.
In fact, in addition to all of them having essentially no security at all, one had its (conductive) metal shell insulated from the PCB only by a loose piece of adhesive paper. This kind of thing is an electrical fire or at least a short waiting to happen.
If you want to limit your own risk, a simple step you can take is to have your smart home devices and such isolated on a subnet or guest network. Making sure that the devices and of course your router are password protected, and take common sense measures like changing that password regularly.


The American College of Sports Medicine recommends people over 50 strength-train all major muscles at least two or more to four times per week to gain muscle.
As you will know Money is the primary desire for anyone because they could give up the all-fiscal problem through the cash die antwoord tickets boston a slight difference in income or employment dates is able to reduce your interest rate.
Mini laptops are heavier, and their weight varies from 2-3 3 pounds or so.
An electronic notepad gets points for portability.
Too much weight due to excessive fat can contribute many negative health issues.