We're obsessed with everything Priyanka Chopra does, from her acting roles to her fashion choices. Now, Priyanka Chopra's polka-dot dress and black straw hat are our latest summer #stylegoals. We saw Chopra's look on India Today and cannot get it out of our heads. It's the epitome of summer glam. The actress was all dressed up for the Veuve Clicquot Polo Classic at Liberty State Park in Jersey City, NJ on June 3rd, E! News reported. Our only question is: When can we go shopping?
We know you're curious, so here's Chopra in all her polka-dot dress glory. It'll definitely make you want to update your summer wardrobe, and STAT!
She spells s-u-m-m-e-r, right?! Of course, we're swooning over her hat, too!
And, no matter what the background is, Chopra looks amazing and keeps giving us #glamgoals!
At the Veuve Clicquot Polo Classic, polka dots seemed to be in, as Nicole Kidman looked all glammed up in her polka-dot dress, too.
Whether you go for big polka dots or smaller ones, they're definitely the way to go this summer. Btw, we know Chopra doesn't need any fashion tips, but Chopra ~does~ have style advice for others. ICYMI, back in October, the actress received InStyle's "Breakthrough Style Star" award at the magazine's annual ceremony in Los Angeles.
Okay, we DEF give her a standing ovation for that! Here's to being comfortable in what we wear, to feel the very best we can, and to #summerstylegoals!


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Supported by Screen Australia, the annual Monte Miller Awards are an Australian Writers' Guild tradition that stretches back as far as the 70s, recognising excellence in screenwriting and playwrighting from within the Guild's Associate Membership.
Each year, the number of entries received smashes the prior year's record, as was again the case this time around with close to 450 entries received. What was new this year, however, was the eligibility to enter scripts of more than 30 new Associate Members, inducted into the Guild via its inaugural Diversity Program launched in June 2018.
Three writers from the program appear alongside 10 others in this year's impressive shortlist of nine projects, which features drama, mystery and comedy writing across both film and television formats. AWG Diversity Program alumni Michael Gupta, Steven Arriagada and Michael Bates' scripts If Pain Persists and The Anti-Socials were shortlisted through a blind-judging process alongside seven other scripts, including the grim and unpredictable thriller Home by Nir Shelter and a comedy feature about a time-travelling hula-hoop in Catherine Prosser and Paul Bissett's Hoop.
The winners of Monte Miller Awards will be announced at an industry event hosted by comedian Tom Ballard in Melbourne on Tuesday 26 February 2019.


The article presents research into the role of interactive practices in the development of contemporary art. By "interactive" is meant a creative work based on a two-way interaction with the viewer. Such a creative work is capable of responding to the recipient's actions as well as changing under their influence. Interactive work is process-based, variable and open to interpretations. The history of the establishment of interactive contemporary art practices, which may be traced back to the historical avant-garde, punctuated by such important stages for contemporary art as the performative and social turns, is considered alongside ruptured art conventions associated with their advent. It is assumed that the various possibilities for interactivity are correlated with different media types (old/new/post). Interactivity is considered in terms of an important socialization factor in the various modifications of interactive art, including participatory art, as well as collaborative and collective artistic practices.
Vladimir Bogomyakov, Doctor of Philosophy, is professor at Tyumen State University, Russia. His main research interests are in the formation of new geo-spatial discourse (geo-poetics, psycho-geography; in addition, he studies new socio-cultural practices (Street-art, public-art, and contemporary social activism).
Marina Chistyakova, Doctor of Philosophy, is professor at Tyumen State University, Russia. Her main research interests are in the sphere of aesthetic anthropology revealing transformation of human sensitivity in the context of historical avant-garde and neo-avant-garde; in addition, she studies social potential of contemporary art-practices, and media-art.
Adashevskaia, L. (2011). Interaktivnaia zavisimost' [Interactive addiction]. Dialog iskusstv, 6, 96–101.
Bourriaud, N. (2016). Reliatsionnaia estetika. Postproduktsiia [Relation aesthetics. Postproduction]. Moscow: Ad Marginem Press.
Esche, Ch. (2005). Sovremennye predlozheniia i bezrassudnyi optimism [Contemporary suggestions and thoughtless optimism]. Khudozhestvennyi zhurnal, 58/59, 6–8.
Goldberg, R. (2015). Iskusstvo perfomansa. Ot futurisma do nashih dnei [The art of performance. From futurism till nowadays]. Moscow: Ad Marginem Press.
Groys, B. (2018). V potoke [In the flow]. Moscow: Ad Marginem Press.
Kester, G. (2013). Kollaboratsiia, iskusstvo I subkultury [Collaboration, art and sub-cultures]. Khudozhestvennyi zhurnal, 89, 38–53.
Lindt, M. (2013). Povorot k sotrudnichestvu [Turn to collaboration]. Logos, 25(4), 88–121.
Manovich, L. (2017). Torii soft-kultury [Theories of soft-culture]. Nizhnii Novgorod: Krasnaya Lastochka.
Paul, K. (2017). Tsifrovoe iskusstvo [Digital art]. Moscow: Ad Marginem Press.
Toffler, A. (1999). Tretya volna [The third wave]. Moscow: AST.
Virno, P. (2013). Grammatika mnozhestva. K analizu form sovremennoy zhizni [Gramma of variety. Toward the analysis of forms of contemporary life]. Moscow: Ad Marginem Press.
Weibel, P. (2011). Perepisyvaia miry. Iskusstvo i deiatel'nost' [Rewriting worlds. Art and Activity]. In: 10++ programmnyh tekstov dlia vozmozhnyh mirov, 271–301. Moscow: Izdatelstvo Logos.
Weibel, P. (2015). Mediaiskusstvo: ot simuliatsii k stimuliatsii [Media art. From simulation to stimulation]. Logos, 25(4), 135–162.


East: Ward No. 220 (Administrative Boundary of C Ward).
A Line starting from the Junction of Sardar Vallabhbhai Patel Road and Ardeshar Dadi Street at Shankarrao N. Salekar Chowk and running southwards along the westside of Ardeshar Dadi Street upto its Junction with Vitthalbhai Patel Road; thence southwards along the westside of Vitthalbhai Patel Road upto its Junction with Dr. Babasaheb Jaykar Marg (Thakurdwar Road) at Kumbhar Tukada; thence westwards along the northside of Dr. Babasaheb Jaykar Marg upto its Junction with Footover Bridge at Maharshi Karve Road; thence westwards along the Footover Bridge upto its Junction with Jugilal Poddar Marg across Maharshi Karve Road and Western Railway Lines; thence westward along the northeside of Jugilal Poddar Marg upto its Junction with Sea-shore across Netaji Subhashchandra Road; thence northward along the sea-shore upto its junction with Sardar Vallabhbai Patel Marg at Bharatratna Pandit Vallabpant Chowk including Mafatlal Swimming pool across Netaji Subhas Road; thence eastward along the southside of Sardar Vallabhbhai Patel Road upto its Junction with Ardeshar Dadi street ……. starting point.
In this ward major places / Colony / Locality are Sikka Nagar, Mangal Wadi, Kranti Nagar, Gaiwadi, Opera House, Mafatlal Swimming Pool.


Kids and Leonbergers go together like peanut butter and jelly! If you love playing with your dog, you might really enjoy showing your dog too! The Leonberger Club of America and the American Kennel Club (AKC) have special programs for kids to show their dogs. These programs are called "Junior Handling" in the LCA and "Junior Showmanship" in the AKC. There's a lot to learn about showing your dog, and this course will help you understand the basics of junior handling—from getting yourself and your dog ready for your first show to bringing home a ribbon!
Junior handling is a competition, and like any kind of competition whether it's a soccer game or an art contest, the most important thing to remember is to ALWAYS show good sportsmanship. Win or lose, good sportsmanship is always expected. Remember, when you enter a ring with your Leonberger, you're representing yourself, your family and the breed. So just what does good sportsmanship look like?
Taking responsibility for your dog—grooming, training, feeding and clean-up.
It's important to always remember that showing your dog is about building a bond together, not about how many ribbons you bring home. It should be fun, and should always be a positive experience, no matter what age or skill level you are.


An unexpected crisis occurs right after Noah and Lyka complete their vows. Trixie's clairvoyance helps to save Noah, but not Manolo. Lyka darts off with an unstable apperance, changing from human to wolf, and then back. A Waya offers her loyalty and service to Anton, forsaking her clan's safety for her personal desires.


2008-01-05 Assigned to INNOVATIVE AMERICAN TECHNOLOGY, INC. reassignment INNOVATIVE AMERICAN TECHNOLOGY, INC. ASSIGNMENT OF ASSIGNORS INTEREST (SEE DOCUMENT FOR DETAILS). Assignors: CLARK, RODNEY L., FRANK, DAVID L.
A chemical and biological sensor system (200) includes at least one micro-cantilever sensing element (202) and a mechanism for collecting aerosol, liquid, and solid particles, and depositing the particles as a film layer (146) on a stack (140) formed with the cantilever. The deposited particles include chemical or biological species to be analyzed. A polarized light (242) illuminates the stack (140) at a grazing incidence angle to a specific wavelength of light. The light is polarized in a plane parallel to the stack (140). The polarized light (242) heats the cantilever with different wavelengths of the light spectrum. Readout electronics detect movement of the cantilever (202) as a result of heat transfer from the light and provide spectral data signals corresponding to the detected movement. A spectral analyzer (840) analyzes the spectral data signals, compares spectral images of the materials present to spectral images of known materials, and identifies one or more chemical or biological species present.
The present invention generally relates to the field of calorimetric spectroscopy, and more particularly relates to an advanced design for thermal detectors having miniature chemical and biological sensors for detecting minute amounts of chemical and biological materials in a consistent manner.
Determining the presence and identity of unknown chemical species and/or biological species is challenging. Presently chemical and biological sensors that can detect the presence and identity of unknown chemical and biological analytes with enhanced sensitivity are either too large, too cumbersome, lack high selectivity and specificity, and are too costly for most commercial purposes. Calorimetric spectroscopy techniques have been developed in an attempt to address these issues. However the current calorimetric spectroscopy methods do not provide consistent spectra and do not support commercial applications for chemical and/or biological sensors.
The current calorimetric spectroscopy methods, such as those identified in U.S. Pat. No. 5,923,421, use a monochromator-illuminator beam path. The micro cantilever itself serves as the "exit slit" for the monochromator, causing only a narrow band of wavelengths to be imaged onto the cantilever. This narrow band IR light is focused upon the cantilever. The cantilever is coated with a thin film of sample material. According to the sample material's IR absorption properties it will absorb IR light at specific wavelengths. This absorbed energy will in turn heat up the cantilever. The cantilever is constructed of a bi-material sandwich. As a result of the heating the unequal thermal expansion in the bi-material cantilever causes the cantilever to bend in proportion to the absorbed power. The bending of the cantilever is monitored to identify the spectral image. This process results in excessive time frames for scanning as a result of the noise background and low signal-to-noise-ratio (SNR) of the system. The high noise background may also account for the inconsistencies between the expected IR spectra and existing calorimetric spectrometer spectra. The long scan times, inconsistent results, and inability to use established IR spectra information in support of a known material database, makes it difficult, if not impossible, to use current calorimetric spectrometer technologies in commercial applications for the detection and identification of chemical and/or biological materials.
Briefly, in accordance with the present invention, a Micro-electro-mechanical (MEMS) micro cantilever, which has been coated with a thin film of sample material, is illuminated by a plane polarized IR light at grazing incidence to a specific wavelength. The absorbed energy will in turn heat up the cantilever. The cantilever is constructed of a bi-material sandwich. As a result of the heating the unequal thermal expansion in the bi-material cantilever causes the cantilever to bend in proportion to the absorbed power. The bending of the cantilever is monitored to identify one or more spectral images. Photothermal spectral data signals from readout electronics coupled to the micro cantilever represent at least one photothermal signature of sensed chemical or biological species. The use of plane polarized IR light results in rapid scan times, consistent results, and aligns with existing IR spectra database information enabling this technology to be applied as commercial devices for the detection and identification of chemical and biological materials.
In accordance with the inventive arrangements taught herein, a chemical and biological sensor capable of detection and identification of chemical and/or biological analytes that are present comprises a plane polarized IR light source and a thermal infrared detector array, for example, a micro bolometer, a thermopile, a pyroelectrics, or a micro cantilever. Such a chemical and/or biological sensor can detect the presence of minute amounts of chemical and/or biological analytes, for example less than parts per trillion (ppt), with increased selectivity by allowing a substantially simultaneous determination of the identity of the unknown species.
The micro cantilevers can be configured as a single test element, an array of micro cantilevers, or a two dimensional array of micro-cantilevers. The micro cantilevers optionally can comprise at least one of a thermal detector, a thermopile array, and a balometer array.
An advantage of the various embodiments of the present invention, as discussed above, is that it provides a novel approach to calorimetric spectroscopy that enables many commercial applications.
The present invention provides a low cost instrument for collecting IR spectra of chemical and biological specimens of nanogram to femtogram sample size. This is accomplished, according to one embodiment, by illumination of a micro-electro-mechanical (MEMS) micro-cantilever, which has been coated with a thin film of sample material, to plane polarized IR light at grazing incidence to illuminate the sample at a specific wavelength. The bending response of the micro-cantilever is measured optically as the IR source radiation is scanned through a range of IR wavelengths. This light source creates surface enhanced absorption in the sample film which significantly enhances the signal-to-noise-ratio (SNR) over that achieved by previous investigators.
Although surface enhanced absorption is commonly used in Fourier Transform Infrared (FTIR) absorption-reflection spectroscopy it has not been commonly applied to cantilever-based photo thermal spectroscopy. This novel invention makes the cantilever approach a viable method for constructing a compact spectrometer capable of consistent results from measuring nano-gram samples. Although this level of performance is approached with currently available FTIR absorption-reflection spectrometers, these devices are large and complex instruments, not easily adaptable to field use, and require long data collection times and larger sample sizes.
The accompanying figures where like reference numerals refer to identical or functionally similar elements throughout the separate views, and which together with the detailed description below are incorporated in and form part of the specification, serve to further illustrate various embodiments and to explain various principles and advantages all in accordance with the present invention. It is understood that the inventive arrangements are not limited to the precise arrangements and instrumentalities shown.
FIG. 8 is a simple schematic illustrating an advanced calorimetric spectrometer system, according to one embodiment of the present invention.
The present invention applies a novel and advanced approach to calorimetric spectroscopy where, according to various embodiments, a Micro-electro-mechanical (MEMS) micro-cantilever, which has been coated with a thin film of sample material, is illuminated by a plane polarized IR light at grazing incidence to a specific wavelength. The absorbed energy will in turn heat up the cantilever. The cantilever is constructed of a bi-material sandwich. As a result of the heating the unequal thermal expansion in the bi-material cantilever causes the cantilever to bend in proportion to the absorbed power. The bending of one or more cantilevers is monitored to identify one or more spectral images. Photothermal spectral data signals from readout electronics coupled to the one or more cantilevers represent at least one photothermal signature of sensed chemical or biological species.
FIG. 1A provides a simple schematic diagram of an example of existing calorimetric spectrometer technologies, as represented by U.S. Pat. No. 5,923,421, results in excessive time frames for scanning due to the noise background and low signal to noise ratio (SNR) of this design. The high noise background may also account for inconsistencies between the expected IR spectra and existing calorimetric spectrometer spectra. For example, see FIG. 3 illustrating inconsistent results obtained with a prior art calorimetric spectroscopy system such as illustrated in FIG. 1A. A technical discussion of this response comparison with IR photo spectra is provided in the following publication: P. G. Datskos, S. Rajic, "Chemical detection based on absorption-induced and photo induced stresses in microelectromechanical system devices", J. Vac. Sci. Technol. B.19(4), July/August 2001.
The long scan times, inconsistent results, and inability to use established IR spectra information in support of a known material database, makes it difficult, if not impossible, to use current calorimetric spectrometer technologies in commercial applications for the detection and identification of chemical and biological materials.
With reference to FIG. 1, broadband IR light is generated using a thermal heat source, such as a nickchrome wire. The IR light from the hot wire is passed through a spinning shutter which chops the light on and off to form a pulsed light source. The IR light is then caused to pass through a ZnSe prism that separates out the various wavelengths of IR light. The wavelength of the light passed through the prism, and that makes it to the cantilever, is determined by the angle between the IR light source and the prism. The wavelengths can be scanned by rotation of the prism. The single wavelength selected by the prism is caused to pass through a focusing lens. This lens causes the IR light to be focused upon the cantilever.
The spot of light incident upon the cantilever is absorbed by the deposited sample film. This film having been deposited previously is composed of the material under test. The absorbed light at a particular wavelength causes the bimetallic cantilever to bend or deflect. The deflection of the cantilever is measured by readout electronics that include a read laser diode and a detector. The read laser diode produces a beam that is caused to reflect from the backside of the cantilever on to a quad or bicell optical light detector. This detector produces an electrical signal proportional to the cantilever deflection, which in turn is proportional to the absorption properties of the test sample at the wavelength of IR light. As the ZnSE prism is rotated the cantilever deflection is measured. This produces an absorption spectral response of the test sample film as a function of IR light wavelength. Different test materials have a unique spectral fingerprint (or photothermal signature) that can be used to identify the material under test. The time required to produce a spectral scan for this device is about 40 minutes. This long scan time is undesirable. The present invention proposes to reduce this scan time to approximately 1 minute or less.
FIG. 2A shows a simple schematic diagram of an example of an advanced calorimetric spectrometer system 200, according to one embodiment of the present invention. This system provides rapid time frames for scanning, high levels of sensitivity, consistent test results, and the expected IR spectra. This advanced design of a calorimetric spectrometer system 200, according to one embodiment, is based on the use of a plane polarized IR light at grazing incidence to a specific wavelength. It enables commercial applications for the detection and identification of chemical and biological materials.
The diagram of FIG. 2A shows a grazing incidence polarized IR light source comprising one or more laser sources 220, 222, with respective collimating optics 224, a beam combiner 226, and a parabolic mirror 228, to aim the plane polarized IR light at grazing incidence angle to at least one micro-cantilever 202. In this embodiment, multiple IR lasers 220, 222, each at a different IR wavelength, are used to generate polarized IR light. The light from each laser 220, 222, is expanded and collimated using the collimating lenses 224 as shown. The linearly polarized light from each laser is combined in the Beam Combiner 226. The resulting combined light beam is caused to reflect from the parabolic mirror 228. The parabolic mirror 228 causes the laser light to both focus and to strike the cantilever at a grazing incidence angle. By striking the cantilever at grazing incidence angle and by using light polarized in the plane of the surface of the at least one micro-cantilever 202 a larger absorption of the light occurs. This results in a greater heating effect in the test sample film, which was previously deposited upon a bimetallic surface of the micro-cantilever 202. Because the cantilever is bimetallic it bends upon heating. The bending of the cantilever is detected by readout electronics that, in this example, include a red laser diode 204 and a quad detector or bi-cell light detector 206. The red laser diode 204 generates a light beam that is caused to reflect off the opposite side of the cantilever 202 and strike a quad detector or bi-cell light detector 206. The detector 206 produces an electrical signal proportional to the cantilever bending. This invention produces a greater signal than previous cantilever detection devices by using plane polarized light in conjunction with grazing incidence. These two factors enhance absorption of IR light within the test sample.
Both FIGS. 1B and 2B show the stack 140, formed by the micro-cantilever with the top layer film 146 on the stack 140, being illuminated with IR light. In FIG. 1B, the IR light 142 is delivered to the top film 146 in a direction that is normal (0 degrees) to the top surface of the top film 146. The IR light is arriving at a small spot 144 on the top film 146. The IR light is not collimated. In FIG. 2B, IR light is delivered to the top film 146 in a direction that is at a grazing angle (approximately >45 degrees and in various applications more preferably in a range of between approximately 70 degrees and 80 degrees) to the top surface of the top film 146. The IR light 242 is arriving at a large strip 244 on the top film 146. The IR light is collimated. As can be seen by comparing FIG. 1B to FIG. 2B, the IR light 242 at a grazing angle illuminates a larger strip cross-sectional area of the top surface of the top film 146 than the spot of IR light 142 at a normal angle of incidence. This transfers more energy from the IR light to the top film 146 and to the stack 140. Also, IR light polarized in the plane of the stack 140 transfers more light energy to the stack 140 than IR light that is not polarized. The combination of these two features of the present invention transfers more light energy and over a larger cross-sectional area of the stack 140, and thereby heats up the top film 146 and stack 140 faster and causing greater deflection movement of the cantilever. This improves the signal-to-noise-ration of the cantilever sensor element and makes the sensor measurement results more consistent than prior art systems.
In our laboratory testing and simulations, we concluded that the use of a plane polarized IR light at grazing incidence to a specific wavelength obtains the desired results. A plane polarized IR light as an illuminating source can be used for an advanced calorimetric spectrometer, according to one embodiment of the present invention. This results in rapid scan times, consistent test results, sensitivity at parts per trillion or greater (PPT), and aligns with expected IR spectra enabling this technology to be applied as commercial devices for the detection and identification of chemical and biological materials.
The sample under test comprises a thin layer of material that is deposited on a gold side of a bi-material cantilever. The thin layer can be deposited, for example, by adsorption. The resulting stack of materials, i.e., the thin layer of sample material and the two layers of material forming the cantilever, reflects and absorbs light as appropriate to its composition and the wavelength, polarization and incident angle of the IR light source. Using electromagnetic theory of thin film interference coatings the reflection properties can be calculated. FIG. 4 shows the calculated absorption strength or depth of the three layer composite thin film substrate structure as a function of incident angle for light polarized in the plane of the substrate. The absorption depth is defined as the difference between the surface reflectance of the film with an extinction coefficient of k=0.1 and of a film of similar thickness and refractive index with an extinction coefficient of k=0.0, divided by the reflectance of the former. The representative formula is shown below.
As can be seen from FIG. 4, large incident angles produce a significant increase in the absorption depth for 10 nm, 100 nm, and 400 nm films. A prior art calorimetric spectrometer (CalSpec) system developed previously at ORNL, i.e., the Oak Ridge National Laboratory located in Tennessee, United States, was used with an unpolarized IR source at normal incident angle, i.e., at approximately 0 degrees incident angle. From FIG. 4 it can be seen that the thin film light absorption of the current normal incident angle CalSpec system could be significantly improved by using plane polarized IR light and at grazing incident angles, i.e., at approximately greater than around 45 degrees incident angles, and in various embodiments more preferably around approximately a range of near 70 to 80 degrees incident angles.
FIG. 5 presents calculated surface absorption coefficient versus the film extinction coefficient with refractive index, n=1.0. FIG. 5 a shows calculated surface absorption versus extinction for three different film thicknesses at an incident angle of 80 degrees. FIG. 5 b shows calculated surface absorption versus extinction for three different incident angles for a film thickness of 200 nm. Examination of these curves shows that for film thicknesses less than 200 nm and extinction coefficients less than k=0.20, the absorption coefficient is linear with extinction. For film thicknesses greater than 400 nm interference effects and absorption saturation effects result in a non-linear relation between absorption coefficient and film extinction coefficient. Most material other than metals possess, extinction coefficients less than k=0.10. Thus it can be concluded that for non-metallic samples with film thicknesses <400 nm the film surface absorption coefficient will be linear with film extinction coefficient. Hence the film surface absorption of the sample will not be distorted but remains linearly related to the film's extinction coefficient.
Once the thin film absorption is known and with the incident light Intensity specified, it is possible to calculate the power absorbed by the micro-cantilever. From this and using the thermal and mechanical properties of the bi-material micro-cantilever it is possible to calculate the thermal and mechanical response of the micro-cantilever. A thermal and mechanical model of the bi-material cantilever with a sample film forming the third layer has been constructed. This model can be used to simulate the bending response of the cantilever as a function of power absorbed. FIG. 6 shows the results of these calculations. FIG. 6 a shows the calculated cantilever deflection as a function of film extinction coefficient for three incident angles for a 200 nm film. This figure clearly shows the benefit of using grazing incident angle and polarized light. The curve also shows a very linear response by the cantilever as a function of extinction coefficient. FIG. 6 b shows the calculated cantilever deflection as a function of film extinction coefficient for three film thicknesses at the optimum grazing incident angles.
With the cantilever response model incorporating thin film interference effects, and the thermal-mechanical response of the cantilever, it is possible to process Fourier Transform Infrared (FTIR) spectra and compute the expected cantilever response spectra. FIG. 7 shows the results of such a calculation for a C—H bond portion of the polyethylene spectra. FIG. 7 plots cantilever deflection versus wave number from 2600 to 3200 cm−1. Examination of this figure also demonstrates the benefits of grazing incident angle polarized IR source. The spectra comparing 0 degree normal incident with that computed for grazing incident clearly shows a factor of 56× improvement in the strength of the cantilever deflection. This gain would result in reducing scan times from 1.5 hours to 1.5 minutes.
The sensor, such as discussed above, can be coupled with an air particle collector and concentrator to collect particles of specific sizes or weights in preparation for distribution and deposition across the one or more micro-cantilever(s) for test and analysis. The sensor can be coupled to collector and concentrator devices that enable the collection of particles from air, water, or solids.
The sensor can be deployed as a network element on a distributed network, or as a stand-alone device, or a hand-held mobile unit.
Described now is an exemplary advanced calorimetric spectrometer system for commercial deployment for applications supporting detection and identification of chemical and/or biological trace materials.
An example of an advanced calorimetric spectrometer sensor system as illustrated in FIG. 2A, provides for detection and identification of chemical and/or biological trace elements by providing consistent and accurate spectral data that can be used to compare at least one photothermal signature against a standard IR spectral database. The inventive features and advantages of various embodiments of an advanced calorimetric spectrometer designed for deployment in commercial applications will be discussed below. However, it is assumed that the reader has an understanding of radiation and sensor technologies.
With reference to FIG. 8, a data collection system 810, in this example, is communicatively coupled via cabling, wireless communication link, and/or other communication link or network 816 with each of the advanced calorimetric spectrometer sensor devices in each sensor unit 801, 802. The data collection system 810 includes an information processing system with data storage 811 and with data communication interfaces that collect signals from the sensor units 801, 802, via sensor interfaces 824 at the sensor units 801, 802. The collected signals, in this example, represent detailed spectral data from each sensor device.
The data collection system 810 is modular in design and can be used specifically for chemical and biological material detection and identification, or for data collection for explosives and special materials detection and identification.
The data collection system 810 is communicatively coupled with a local controller and monitor system 812. The local controller and monitor system 812 comprises an information processing system that includes a computer, memory, storage, and a user interface 814 such a display on a monitor and a keyboard, or other user input/output device. In this example, the local system 812 also includes a multi-channel analyzer 880 and a spectral analyzer 840.
The multi-channel analyzer (MCA) 880 comprises a device composed of many single channel analyzers (SCA). The single channel analyzer interrogates analog signals received from the individual micro-cantilever sensor units 801, 802. Heat transfer energy is measured across the provided spectra and a photothermal image accumulated. The photothermal image represents the spectral image of the chemical and/or biological materials that are present.
The photothermal image is used by the spectral analysis system 840 to identify chemical and/or biological materials that are present in materials that are under examination. One of the functions performed by the information processing system 812 is spectral analysis, performed by the spectral analyzer 840, to identify the one or more chemical and/or biological materials contained in the materials under examination. With respect to chemical and/or biological material detection, the spectral analyzer 840 compares one or more spectral images (representing at least one photothermal signature) of the chemical and/or biological materials present to known materials that are represented by one or more spectral images stored in the IR spectra database 822.
By capturing multiple variations of spectral data for each known chemical and/or biological material there are numerous images that can be compared to one or more spectral images of the chemical and/or biological material(s) under examination. The IR spectra database 822 holds the one or more spectral images of each chemical and/or biological material to be identified. These multiple spectral images represent various levels of acquisition of spectral data so chemical and/or biological materials can be compared and identified using various amounts of spectral data available from the one or more sensors 801, 802.
Whether there are small amounts (or large amounts) of data acquired from the sensor(s) 801, 802, the spectral analysis system 840 compares the acquired sensor data from the sensor(s) 801, 802 to one or more spectral images for each chemical and/or biological material to be identified. This significantly enhances the reliability and efficiency of matching acquired spectral image data from the sensor(s) 801, 802, to spectral image data of each possible chemical and/or biological material to be identified. Once the one or more possible chemical and/or biological materials are determined present in the materials detected by the sensor(s) 801, 802, the information processing system 812 can compare the chemical and/or biological mix against possible materials, goods, and/or products, that may be present in the materials under examination.
Additionally, a manifest database 815 includes a detailed description of the contents of a container that is to be examined. The manifest 815 can be referred to by the information processing system 812 to determine whether the possible materials, goods, and/or products, contained in the container match the expected authorized materials, goods, and/or products, described in the manifest for the particular container under examination. This matching process, according to one embodiment of the present invention, is significantly more efficient and reliable than any container contents monitoring process in the past.
The spectral analysis system 840, according to one embodiment, includes an information processing system and software that analyzes the data collected and identifies the chemical and/or biological materials that are present. The spectral analysis software consists of more that one method to provide multi-confirmation of the chemical and/or biological materials identified. Should more than one chemical and/or biological material be present, the system identifies the ratio of each chemical and/or biological material present. Examples of methods that can be used for spectral analysis include: 1) a margin setting method as described in U.S. Pat. No. 6,847,781; and 2) a LINSCAN method (a linear analysis of spectra method) as described in U.S. Provisional Patent Application No. 60/759,331, filed on Jan. 17, 2006, by inventor David L. Frank, and entitled "Method For Determination Of Constituents Present From Radiation Spectra And, If Available, Neutron And Alpha Occurrences"; the collective entire teachings of which being herein incorporated by reference.
The user interface 814 allows service or supervisory personnel to operate the local system 812 and to monitor the status of chemical and/or biological material(s) detection and identification. The user interface 814, for example, can present to a user a representation of the collected data signals, or the identified chemical and/or biological materials determined to be present.
The data collection system 810 and local system 812 can also be communicatively coupled with a remote control and monitoring system 818 such as via a network 817. The remote system 818 comprises an information processing system that has a computer, memory, storage, and a user interface 820 such as a display on a monitor and a keyboard, or other user input/output device. The network 817 comprises any number of communication links, local area networks and/or wide area networks. It can include wired and/or wireless communication networks. This network communication technology is well known in the art. According to one embodiment, the network 817 used for communication between the local controller and monitor system 812 and the remote control and monitoring system 818 can be the same network 816 as used by the data collection system 810 to communicate with each of the advanced calorimetric spectrometer sensor devices in each sensor unit 801, 802. Alternatively, these networks 816, 817 can be two separate networks.
The user interface 820 allows remotely located service or supervisory personnel to operate the local system 812 and to monitor the status of the sensor(s) 801, 802. The remote monitoring system 818 can display an alarm condition, and identify to the service or supervisory personnel the chemical and/or biological materials present at the sensor(s) 801, 802. Additionally, it can display and identify to the service or supervisory personnel whether the sensed possible materials, goods, and/or products, contained in a container under examination matches the declared and authorized content of the container as described in a manifest record for the container, the manifest record being stored in the manifest database 815.
a spectral analyzer, communicatively coupled with the data collection system, for spectrally analyzing the collected photothermal spectral data signals representing at least one photothermal signature of sensed chemical or biological species, and further for identifying one or more chemical or biological species present.
compare the spectral images representing the at least one photothermal signature with one or more spectral images of possible chemical or biological species to find a match and thereby to identify one or more chemical or biological species present.
a spectral database for storing one or more spectral images representing one or more known chemical or biological materials, the spectral analyzer being communicatively coupled with the spectral database for comparing the spectral images representing the at least one photothermal signature with the stored one or more spectral images representing one or more known chemical or biological materials to find a match.
4. The system of claim 3, wherein the stored one or more spectral images represent various levels of acquisition of spectral data associated with known chemical and biological materials for comparing the spectral images representing the at least one photothermal signature with the one or more spectral images representing various levels of acquisition of spectral data associated with known chemical and biological materials to identify the one or more chemical or biological species present by using various amounts of spectral data available from the at least one micro-cantilever sensing element.
an information processing system, communicatively coupled with the spectral analyzer and the manifest database, for matching identified one or more chemical or biological species present to possible materials, goods, and/or products, contained in the container, and to determine whether the possible materials, goods, and/or products, contained in the container match expected authorized materials, goods, and/or products, described in a manifest record stored in the manifest database for the container under examination.
a two dimensional array of micro-cantilevers.
7. The system of claim 1, wherein the at least one source of plane polarized light illuminates the particles on the at least one micro-cantilever sensing element at a grazing incidence angle in a range of between approximately 70 degrees and 80 degrees.
8. The system of claim 1, wherein the light is IR light polarized substantially in a plane parallel to a surface of the film layer deposited by adsorption on the at least one micro-cantilever sensing element.
9. The system of claim 1, wherein the at least one micro-cantilever sensing element comprises a thermal detector.
10. The system of claim 1, wherein the at least one micro-cantilever sensing element comprises a balometer array.
11. The system of claim 1, wherein the at least one micro-cantilever sensing element comprises a thermopile array.
12. The system of claim 1, wherein the at least one source of plane polarized light comprises a plurality of sources of plane polarized light.
13. The system of claim 12, wherein the at least one source of plane polarized light comprises a plurality of sources of IR light.
a beam combiner to combine the polarized IR light from the plurality of sources of IR light.
a parabolic mirror to reflect the plane polarized light from the at least one source and aim the plane polarized IR light at a grazing incidence angle to the at least one micro-cantilever sensing element.
spectrally analyzing the photothermal signature of sensed chemical or biological species present.
comparing the photothermal signature with one or more spectral images of possible chemical or biological species present.
determining whether the one or more spectral images representing the photothermal signature match the one or more spectral images of possible chemical or biological species present that identify the sensed chemical or biological species present.
19. The method of claim 16, wherein the illuminating with plane polarized light consists of illuminating with plane polarized IR light from a plurality of sources of IR light.
20. The method of claim 16, wherein the illuminating with plane polarized light comprises illuminating with plane polarized IR light at a grazing incidence angle in a range of between approximately 70 degrees and 80 degrees.
Final Rejection for U.S. Appl. No. 11/291,574 dated Mar. 20, 2008.
Final Rejection for U.S. Appl. No. 11/564,193 dated Jan. 8, 2010.
Final Rejection for U.S. Appl. No. 11/931,370 dated Sep. 9, 2009.
International Preliminary Report on Patentabiilty for PCT/US06/46255 mailed Sep. 24, 2008.
International Search Report and Written Opinion for PCT/US09/044475 dated Jan. 6, 2010.
International Search Report and Written Opinion for PCT/US09/044486 dated Dec. 23, 2009.
International Search Report and Written Opinion for PCT/US09/044494 dated Jan. 18, 2010.
International Search Report and Written Opinion for PCT/US09/045268 dated Jan. 29, 2010.
International Search Report and Written Opinion for PCT/US09/050299 dated Mar. 3, 2010.
International Search Report and Written Opinion of the International Searching Authority for PCT/US06/46255 mailed Sep. 25, 2007.
International Search Report dated Jun. 12, 2008 for PCT/US2008/050332.
International Search Report for PCT/US07/085578 dated Jan. 23, 2009.
International Search Report for PCT/US09/038064 dated Jul. 31, 2009.
Non-Final Rejection for U.S. Appl. No. 11/291,574 dated Dec. 2, 2008.
Non-Final Rejection for U.S. Appl. No. 11/363,594 dated Aug. 23, 2006.
Non-Final Rejection for U.S. Appl. No. 11/564,183 dated Jun. 25, 2009.
Non-Final Rejection for U.S. Appl. No. 11/931,211 dated Apr. 30, 2010.
Non-Final Rejection for U.S. Appl. No. 11/931,370 dated Dec. 12, 2008.
Notice of Allowance for U.S. Appl. No. 11/291,574 dated May 20, 2009.
Notice of Allowance for U.S. Appl. No. 11/363,594 dated Sep. 27, 2006.
Notice of Allowance for U.S. Appl. No. 11/930,229 dated Apr. 7, 2010.
Notice of Allowance for U.S. Appl. No. 11/931,370 dated Mar. 30, 2010.
PCT Application No. PCT/US2006/46255 filed Nov. 30, 2006.
PCT Application No. PCT/US2007/085578 filed Nov. 27, 2007.
U.S. Appl. No. 11,291,574, filed Dec. 2005, Frank.
U.S. Appl. No. 11,363,594, filed Feb. 2006, Frank.
U.S. Appl. No. 11,564,193, filed Nov. 2006, Frank.
U.S. Appl. No. 11,931,370, filed Oct. 2007, Frank.
Written Opinion of the International Searching Authority for PCT/US07/085578 dated Jan. 23, 2009.


The Freedom of Information Act (FOIA) was enacted into law in 1966. This significant legislation gives the public access to Executive Branch information except under certain pre-defined exemptions, such as: "records which are specifically authorized under criteria established by an Executive Order to be kept secret in interest of national defense or foreign policy and are in fact properly classified pursuant to such Executive Order"; "Trade secrets and commercial or financial information obtained from a person that is privileged or confidential"; and "personnel, medical, and similar files (including financial files) the disclosure of which would constitute a clearly unwarranted invasion of personal privacy"; etc. This act is enforceable in the court of law, and is used to keep a check on executive powers by concerned individuals and groups.
Currently one hundred federal agencies make information available through the FOIA. These institutions include: United States Department of Agriculture, Department of Homeland Security, Department of Justice, Department of the Treasury, Environmental Protection Agency, NASA, Social Security Administration, Small Business Administration, State Department, Department of Interior, Nuclear Regulatory Commission, Labor Department, and many others. For a full list of government agencies that submit FOIA information check out FOIA.gov.
"The basic purpose of FOIA is to ensure an informed citizenry, vital to the functioning of a democratic society,needed to check against corruption and to hold the governors accountable to the governed" (NLRB v. Robbins Tire & Rubber Co., 437 U.S. 214, 242 (1978)). As President Obama said in a memorandum on January 21, 2009 for the heads of executive departments and agencies "The Freedom of Information Act should be administered with a clear presumption: In the face of doubt, openness prevails. The Government should not keep information confidential merely because public officials might be embarrassed by disclosure, because errors and failures might be revealed, or because of speculative or abstract fears" (Federal Register Vol. 74, No. 15 Monday, January 26, 2009).
Any item that is obtainable under the FOIA, and is requested on more than two occasions is generally made readily available in an online format on the agency's website. One of the great things about the Electronic Freedom of Information Act of 1996 is that it helped to established "electronic reading rooms" on the FOIA portion of many agencies' websites. This has helped to decrease backlogs and wasted time for processing multiples of the same requests.People are encouraged to check these reading rooms before submitting a FOIA request because information sought might already be available online.
President Obama has encouraged agencies to "actively seek out and identify records which, while not falling into one of the four subsection (a)(2) categories…are nonetheless of sufficient public interest to warrant automatic disclosure on an agency's website" (Proactive Disclosures pg. 19). The President has also asked executive branch agencies to "'take affirmative steps to make information public' without waiting for specific requests, and, to 'use modern technology to inform citizens about what is known and done by their Government'"(Proactive Disclosures pg. 9).
It is important to bear in mind that certain entities that are "neither chartered by the federal government [n]or controlled by it" (Procedural Requirements pg. 27) are not subject to FOIA requests. These include state and local governments, foreign governments, municipal entities, the courts, other entities in the Judicial Branch, Congress, private citizens and corporations, and presidential transition teams.
In 2011 there were a total of 644,165 FOIA requests received of which 236,474 were released in full and only 30,369 requests were denied. The likelihood that a FOIA request submitted by any user will be granted in full or part is fairly high.
"As a general rule, when documents are within FOIA's disclosure provisions, citizens should not be required to explain why they seek the information" (NARA v. Allan J. Favish. 541 U.S. 157 (2004)). There are only two requirements for an access request. These are "each agency, upon request for records which reasonably describes such records and is made in accordance with published rules stating the time, place, fees (if any), and procedures to be followed" (5 U.S.C. section 552 (a)(3)(A) (2006)). After a FOIA request is received, an agency has twenty days upon which to make its decision regarding access, unless there is a backlog of requests. If a backlog exists then item requests are done on a first come, first served basis and judged by their ease of processing. It is important to remember that FOIA requests need to be very specific in what is being requested.
To share the value of the Freedom of Information Act, Henderson Library is celebrating this year's FOI Day, held annually on March 16th in honor of James Madison's birthday, with an exhibition on the second floor of the library next to the Browsing collection. The FOIA exhibit will be up throughout the month of March. One of the most notable items in the display is the White House beer recipes. These were subject to a FOIA request, and were released by the White House. The exhibit also includes examples of cases involving FOIA requests currently under debate, an example of how to write a FOIA request, a response to a FOIA request, and books available at the library.
An online Freedom of Information Act exhibit is also available in the form of a Libguide. LibGuides is a new library service powered by Springshare, which provides interactive pathfinders on topics, subjects or events for use by students, faculty and the community. These online LibGuides exhibits may contain photographs, videos, transcripts, general and subject-specific catalog and database search boxes, chat "widgets", social media, important files, web-links, and much more. The FOI LibGuide is an invaluable resource for anyone looking to further their research and understanding of the Freedom of Information Act in time for this year's FOI Day and Sunshine Week. We hope students, faculty, and the community will utilize this information to further understand how their government works, and continue the process of being an active and engaged citizenry.


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Malaga airport terminal 3
Information on Terminal 3 Malaga Airport. T3 is the newest terminal which opened a few years ago and houses the underground railway station and the second runway. It is much brighter and far more welcoming than the old T2 made mainly of steel and glass which gives it a very open and airy feel This attractive commercial offer at Malaga airport is available for travellers, guests and visitors, who can easily approach it by bus, taxi, suburban train, car hire, transfer or private We also provide information on Terminal 1, Terminal 2, General Aviation and the Cargo Terminal at Malaga airport Malaga airport Terminal 3. In March 2010 has been inaugurated the new terminal T3 at Malaga airport. This impressive postmodern structure boasts a 225 metres glass façade and high ceilings which facilitate the entry of natural light Malaga airport has three terminals for regular commercial transport. In addition, it disposes of a small and independent General Aviation Terminal (GA) The airport disposes of three access ways to the boarding gates -also called Diques or muelles in some information panels at the airport-, which..
Malaga Airport, Costa Del Sol Terminal 3 Up-To-Date Informatio
Málaga Airport (IATA: AGP, ICAO: LEMG), officially Málaga-Costa del Sol Airport (Spanish: Aeropuerto de Málaga-Costa del Sol) since June 2011.. Malaga Terminal 3. All the info about the lounge: location, opening hours, conditions, and facilities. We do our best to keep these guides as up-to-date as possible, but cannot guarantee that they fully reflect the current state of every airport, where changes can happen frequently and without notice Malaga's international airport is the fourth largest in Spain and plays a central part in the tourism in Andalusia due to its location on the Costa del Sol. The new Terminal 3, which went operational in March 2010, has enabled the airport to double its passenger capacity to 30 million per year
Malaga Airport Terminal 3 - New Terminal at Malaga airport
Malaga airport is the main international airport in Andalucia and one of the most important airports in Spain. Remember to check departures or arrivals information prior to taking your flight. Here is a video of Malaga airport terminal 3 taken from the new runway Terminal 3 Málaga Airport 06.jpg 4,608 × 3,456; 2.72 MB. Airport terminals in Spain. Buildings in Churriana Malaga Airport Terminals. There are 3 terminals, but only the last 2 of them are used for commercial flights Duty Free shop is at Terminal T3, first floor on departure gate, open from 4,30am to 12,30pm. Inside our airport guide you will find all you need to know about Malaga airport shopping Location: Terminal 3, Concourse D, opposite the King David Lounge. Terminal 1 Departures hall Passengers carrying HAND LUGGAGE ONLY may check in online before leaving for the airport. The Ministry of Agriculture's airport office is located in the Arrival Hall on Level G, Terminal 3
Malaga airport T3 Terminal
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Website: Malaga Airport Airport Map: Click here Airport Overview: 3 terminals, terminals 1, 2 & 3, all joined together. By Taxi There is an express bus service from Malaga airport to the city centre which can be found at the bus stops outside terminal 3. Route: It is route 'A' EXPRESS Malaga AirportAGP•Malaga, Spain. Located in Terminal 3 (Inside Security). After passing through the Security Checkpoint and Duty Free area, turn right. Travel times are estimates and are not guaranteed. Airports may require you to re-clear security and immigration control to reach the lounge
Airport. Malaga Terminal 3. Description. Flying from Malaga Airport? Avoid the hustle and bustle of the main departure area and relax whilst waiting for your flight by enjoying the comfort of Sala Vip T3 (Terminal 3) Inside the new terminal at Malaga Airport Taken during my delayed flight to Manchester with Monarch Manila Airport Terminal 3 is just the newest and largest terminal in Naia Airport. Since 2017, Terminal 3 is connected to Newport City by a 220-meter long footbridge. It hosts the international flights operated by several airlines listed below. It is expected that all the international operations to be..
Malaga Airport Terminals T3, T2, T1 and General Aviatio
The passenger terminal complex at Malaga Airport consists of two operational passenger terminals - T2 & the new T3 - connected to each other. Terminal 3 with Concourses C & D is adjacent to T2. Concourse C handles handles European Union non-Schengen flights, while Concourse D handles.. In the Tourist Information Point Airport (Terminal 3) and personalized tour information to visitors and citizens of Malaga. The Tourist information point at Málaga-Costa del Sol Airport is in Terminal 3 where most of the international flights land Malaga airport has a train station attached to the main terminal building. From this station you can catch a train into the centre of Malaga (with the last stop being in front of El Corte Ingles). If you get the train which travels in the opposite direction you will pass towns like: Torremolinos or Benalmadena.. Xi'an Airport Terminal 3 serves all the international flights and some domestic ones. It is the newest terminal of all three - It was opened in 2012. First Class Lounge: Terminal 3. Open from 06:30 am to 10:30 pm. Services: Premium food, snacks, wi-Fi, TV, among others. V2 China Eastern VIP Lounge.. Málaga Airport, also known as Pablo Ruiz Picasso Airport, is... The airport is clean which is good but the food is a rip off everywhere and average at the very best... for premium prices! Don't go to Mums kitchens as this is the place we ate and was crap
Málaga Airport - Wikipedi
Malaga Airport, gateway to the Costa del Sol, is the fourth most important airport in Spain, after Madrid, Barcelona and Palma de Mallorca. It has three terminals, but Terminals 1 and 2 are rarely used. It's likely you'll be flying in and out of Terminal 3. There's also a fourth General Aviation.. The busy Malaga Airport currently operates two terminals: Terminal 2, which has undergone recent renovations, and Terminal 3, which was opened in 2010. You'll find a variety of eateries, cafes, and shops, including three eateries that are open 24 hours in Terminal 3. Free WiFi helps pass the time
This is the newest terminal at Málaga Airport
Malaga Airport is one of Spain's busiest airports and well positioned for access to all of the popular Costa del Sol region. It is easily accessed from There are a choice of bus services that operate from outside Malaga Airport, Terminal 3. The Express Bus stops at the Bus Station in Malaga city centre.. Málaga-Costa del Sol International Airport (IATA: AGP) formally known as just Málaga Airport, currently has been declared as the third busiest airport in Spain after Barcelona and Madrid just because of its distinctive feature i.e. Low-Cost Flying. The airfield has 3 travellers terminals This attractive commercial offer at Malaga airport is available for travellers, guests and visitors, who can easily approach it by bus, taxi, suburban train, car hire, transfer or private We also provide information on Terminal 1, Terminal 2, General Aviation and the Cargo Terminal at Malaga airport Xiamen Airport Terminal 3 is exclusively used for international flights. Transfer between terminals. There is a free shuttle service available every day from 05:10 Domestic Guest Lounge: Terminal 3, Gate 6. Open from 09:00 am to 06:00 pm. Services: Snacks, telephones, TV, Wi-Fi Malaga's new Terminal 3 was officially opened on March 15. A NEW passenger terminal at Malaga's Pablo Ruiz Picasso Airport in Spain was opened by King Juan Carlos II and Queen Sofia on March 15
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AGP Flight Status & Terminal Information. Before flying from Malaga Airport (AGP), here are some tips to make your flight If you're wondering how early you should arrive to the airport, most airlines recommend arriving two hours early for a domestic flight and three hours early for an international flight Delhi Airport Terminal 3 is the newest terminal. It was opened in 2010 and is one of the biggest terminals in the world, being able to handle 40 million passengers per year. All International flights are operated from T3, Domestic Flights are operated in T1 or T3, depending of the Carrier
Video: Malaga Airport AGP Costa del Sol Airport Live Informatio
Malaga Airport. Avenida Comandante García Morato, s/n. Málaga 29004. Meeting/Redemption Point. Malaga Airport - Terminal 3. Opening hours are 6 AM to 10:30 PM daily. This lounge is located in Terminal 3. Maximum group size is 7 people Hotels near Malaga Airport AGP, es. Get great savings on your reservation. Book online, pay at the hotel. Read hotel reviews from real guests. Terminal Information. Málaga Airport has three terminals all joined together under the same roof, so there is no need for a shuttle bus Terminal 3 of Dubai Airport is the largest terminal building in the world, with more than 1,713,000 sq ft of space, which is able to handle 60 million passengers / year. Economy Class passengers are able to access to Terminal 3 from the main curbside. Please note that First and Business Class passengers.. Malaga-Costa del Sol Airport is the fourth biggest airport in Spain and the busiest in Andalucia. Sitting 8 kilometers southwest of Malaga, it sees upwards of Are you considering a Malaga airport transfer? Whether you're looking for a taxi to Marbella or another of one of the nearby cities like Seville, Cadiz..
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Málaga Airport - Terminal 2 and 3 adresine en kolay yoldan ulaşmanızı sağlıyoruz, bu nedenle Málaga konumundaki kullanıcılar dahil 680 milyondan fazla kullanıcı, toplu taşıma için en iyi uygulama olarak Moovit'e güveniyor. Ayrıca otobüs uygulaması veya tren uygulaması indirmenize gerek yoktur Photo about Elevated view of the entrance to Malaga airport terminal three, Malaga, Costa del Sol, Malaga Province, Andalucia, Spain, Europe. Image of travel, entrances, european - 150092311
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Malaga airport guide with travel and ticket information. Find cheap flights to Malaga and book with easyJet the UK's largest airline. Arriving at Malaga Airport. - Our team are ready on hand if you have any questions or require assistance. - Parking facilities are situated close to the terminal building Find the perfect terminal malaga airport malaga costa stock photo. Costa del Sol airport modern terminal 3 dusk illumination - elevated walkways, Malaga Spain Europe
Duty Free shop sign inside Terminal 3, Malaga airport, Malaga, Malaga Province, Costa del Sol, Andalucia, Spain, Western Europe LAX Airport Terminal Map. Free shuttle buses run frequently between terminals (approximately every 10 to 15 minutes) to assist travelers in getting from one terminal Tom Bradley International Terminal Terminal 1 Terminal 2 Terminal 3 Terminal 4 Terminal 5 Terminal 6 Terminal 7 Terminal 8 Our Malaga Airport guide includes contact details and information on airport facilities, transport options and nearby hotels. Airport information points (tel: +34 902 404 704) can be found in Arrivals at Terminals 2 and 3, and in Departures in Terminal 2. The multilingual staff wear mint green jackets..
Malaga airport - terminal 3 to 2 - Malaga Forum - TripAdviso
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Malaga Airport is comprised of three passenger terminals located next to each other, although Terminal 1 is currently not being used at all. Terminal 2 was first opened in 1991, while the newest terminal is Terminal 3 which was inaugurated in 2010 One of the top airlines at Malaga Airport is Ryanair which accounts for about 21% of all flights; Easyjet comes second with a percentage of flights of around 15%. Terminal 3. Malaga Airport - Costa del Sol (AGP), with flight connections to over 60 countries worldwide, is the fourth busiest airport in Spain Malaga Airport Terminal 2 and 3. Malaga airport. Terminal T2. Floor 1. Departures. Public Zone
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Havana Airport Terminal 3. Terminal three is the most recently built terminal at Jose Marti International Airport. It was built in 1998 to work as Being the most modern terminal, the upper level includes an array of modern amenities and facilities for passengers. The departure lounge has the.. Mumbai Airport Terminal 1, also known as the Domestic Terminal, is the oldest terminal and is divided into different areas. Transfer between terminals. Both terminals share the same runways and air facilities but are 5 km far from each other Please use the terminal shuttle bus to get to Terminal 2. * The shuttle bus is for transit passengers only. Please refrain from using the bus to travel Departure from Terminal 3. 2. Transit Procedures. Check your flight time and boarding gate on your boarding pass or a flight information board Met de auto is Malaga Airport bereikbaar via de wegen MA-20 en MA-21, de snelweg A-7 is ook in de buurt. Hoeveel terminals heeft Malaga Airport? Terminal 3 (check-in desks 301 t/m 386) werd in 2010 officieel geopend en is nu de grootste en belangrijkste terminal van Malaga Airport
Alicante airport terminal map and information. Facilities and passenger services. Passenger Terminal NAT - Alicante airport. Opened on 23 March 2011, the New Terminal NAT is capable of handling up to 20 million passengers per year, nearly 6,000 passengers per hour. Malaga Airport Malaga airport - How to get in and out Malaga airport , airlines, useful phone numbers, addresses, transfers and tips about car hire Malaga At Malaga airport you can find long term (PT-1), short term parking services (Pt-2) and a new parking place (Pt-3) just beyond and next to the future terminal T-3 Airport Guide [Domestic]. Information about airport and in-flight services. Plan for your travel with ANA Website. ANA-operated international flights are scheduled to use both Terminal 2 and Terminal 3 from March 29, 2020. Some check-in counters are closed due to airport renovation work Terminal 3 - gulo lang e. Last remaining passengers for shangai, please proceed to gate 109... 2mins later passengers for shanghai please transfer to gate 113 - wild! Travel Tax counter is at the right side most of the departure lobby (facing the airport, way pass the cebu pacific terminals) Los Angeles International Airport Terminal 3. Image Credit: flylax.com. Terminal 3 is connected to Terminal 2 via a landside walkway, but it isn't linked to any other terminals. There are planned developments by Delta Air Lines for an airside connector bridge between Terminals 2, 3, and B..
AC Hotel Malaga Palacio. Cortina del Muelle, 1, Malaga 29015 Spain. Our unbeatable location between the Málaga Cathedral and the Paseo del Parque, and our spectacular views of the port, make this hotel the Direct access to the city airport and nearby attractions including the Picasso museum.. Alicante airport is the fifth busiest airport in Spain in terms of passenger traffic and it is ranked between the 50 busiest ones in Europe. Levels. In total, the terminal building has 4 floors: P-2, P0, P2 and P3: - Level P-2: Ground Transportation (Buses, Shuttles, Private Transportation), Meeting Point.. Search the available lounges within the selected airport terminal using Mastercard's airport lounge finder. NOTICE: You will now be leaving the Mastercard Airport Experiences provided by LoungeKey website that is hosted by LoungeKey and entering Mastercard's website which is hosted by Mastercard São Paulo Airport Terminal 3 is equipped with the TRYP by Wyndham Hotel located in the post-security area with over 80 rooms up for transit passengers. Location: International Departures area, first level, transit area. Contact: +55 11 2445 8100 Terminal 3 at Malaga Airport. We were heading back to Birmingham. Check in for 10am. Scheduled for 12pm take off. But the French Air Traffic Control were on strike, so we had to wait around until 14:10 to get on board. Not taking off until 16:40
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..s/n-29004, Málaga, Spain Malaga Airport is a busiest airport situated in Málaga city of Spain which is renowned as the Málaga-Costa del Sol Airport. It is one of the nation's fourth busiest airports with three terminals. The Malaga Airport is the primary hub of four airlines namely Norwegian, Helitt.. Welcome to Velana International Airport, gateway to the Maldives Malaga is the birthplace of Pablo Picasso - and is on display at the Casa Natal. The area surrounding the birthplace is encircled by other Malaga monuments, like the 11th century Alcazaba. This Moorish fortification created for the King of Granada is the best-preserved alcazar, or citadel, in..
KTX Limousine. Gwangmyeong Station Airport Terminal. After finishing immigration at GwangMyeong Station City Airport Terminal, You will have more time for taking rest or shopping at duty free shops after simple immigration examination at Incheon airport Dnata Lounge Singapore Airport Terminal 3 exterior. Saddiq showed us into the private first class section of the lounge, which was located inside the Dnata Lounge Singapore Airport seating. Then the main part of the lounge was closer to the windows, and opened up into the rest of the terminal Male International Airport (IATA: MLE, ICAO: VRMM) is the main international airport in the Maldives. It is located on Hulhule Island in the North Male Atoll, near the capital island Male. Male airport is the main gateway into the Maldives islands for tourists
Málaga Airport liegt an der spanischen Costa del Sol, südwestlich von Málaga und nordöstlich der Städte Torremolinos und Fuengirola. Terminal 3 (Check-In Schalter 301 bis 386) wurde offiziell 2010 eröffnet und ist heute das größte und wichtigste Terminal am Málaga Airport The airport has three terminals, the older terminals T1, T2 and the new terminal T3. Terminal 1 (check-in desks 1 to 112) is no longer used for Terminal 3 (check-in desks 301 to 386) was officially opened in 2010 and nowadays the largest and most important terminal at Malaga Airport Malaga Airport is the main airport in lively southern Spain. According to AENA statistics, it was Spain's fourth most active airport in 2009 with over 14 million passengers, only surpassed by Madrid, Barcelona and Palma de Mallorca. Terminal T3
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You are here: Home › Products › Recordings › By Theme › Irish Revolutionary Period 1916 - 1922 › The 1916 Rising Oral History Collections › John Maguire (b. 1933)
John Maguire (b. 1933)
John Maguire was born in Beggstown, near Dunboyne in Co. Meath. His father, James, and his paternal uncles, William and Peter Maguire, were involved in the 1916 Rising. James Maguire's group included Seán Boylan, Frank Lowndes and Jack Kelly, and they were trained by Con Colbert. James was assigned to Tyrrellstown with the Co. Meath men in 1916. They laid mines on the railway line at Stackumney near Celbridge, but were forced to retreat. John discusses the green flag in his possession which was made by his father at the request of Seán Boylan for the 1948 commemoration of the 1798 rebellion at the Hill of Tara. The three Maguire brothers were republicans, he says, and he recalls Bernard Dunne who later joined the Free State Army and rose to the rank of Lieutenant-Colonel. Bernard and James Maguire were friends, though they took opposing sides. James Maguire played no active role in the Civil War. John recalls the people who called to his father requesting a reference for their application for the Old IRA pension. A story told by Jack Kelly to his own son Mick about a raid by the Black and Tans is recalled, as are the firing parties at the funerals of old IRA men. As far as John knows his father was never arrested or imprisoned for his activities, and he discusses his father's connection with Fianna Fáil and events at election time. An anecdote about an election candidate is told, and he explains that James would introduce each candidate to the crowd when they were 'on the stump'. John explains that James Maguire and Christopher Poleon ('Kaiser') were good friends, and he describes a skirmish involving some RIC men. James Maguire's meetings with Seán Boylan's father in the 1950s, when the Bureau of Military History was creating its archive of statements, are recalled, as are his grandfather's origins in Drogheda and his parents' home near Dunboyne after their marriage in 1923. John himself has lived in the area all his life. He reflects on his father's hard work to provide for his eleven children, explaining that he had difficulty getting regular employment owing to his political affiliation. He often worked breaking stones with Kit Lynam who was in the same situation. His facial birthmark, which made him easily identifiable, is mentioned and John recalls the fact that General Seán Boylan came to the family home to mend fences with his father about earlier days. The Thomas Ashe memorial and the fundraising by men such as his uncle Johnny McAuley and members of the Fingal Brigade, including (former Minister) Paddy Burke, are discussed. The unveiling in the early 1950s was the last official function of President Seán T. Ó Ceallaigh. John recalls a plumber, undertaker and taxi driver who, on the eve of 1916, was asked to have a taxi ready, but owing to difficulties in getting petrol, he was late and was last in the taxi queue, and thus his life was saved. His father's medals marking his role in 1916 and the War of Independence are important to John and his family, and he remembers that very occasionally his father would mention his part in the struggle for Irish independence. He feels that time brought the old men together, and common interests in the GAA were also beneficial. His father played hurling for Dunboyne, winning three Senior Hurling Championships in the 1910s. He was the eldest of the family and John also recalls his uncle Willie Maguire. Reflecting on whether or not the men of the Old IRA would be happy with the Ireland of today, John explains that his father was keen to see a thirty-two county Ireland. He did not live to see the rise of the modern IRA and the ensuing violence. In conclusion, the hardworking life lived by James Maguire and his wife Mary Jane is discussed.
John Maguire (b. 1933) quantity
James Maguire (Interviewee's father)
Jeanne Bulfin (b. 1931)
Con Colbert (b. 1937)
Harry Coyle (b. 1941)


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Watch The Boom On Boeing's Troubled KC-46 Tanker Nearly Smack An F-15E (Updated)
The KC-46 has a number of issues with its refueling boom including requiring more force to connect with receiver aircraft than its predecessors.
By Tyler RogowayJanuary 5, 2020
Instagram Screencap
The KC-46 Pegasus tanker program has been a bewildering boondoggle. Now the Air Force says it will be years before it is fully operational as a host of critical design deficiencies continue to plague the program. Testing showed that some of these issues can have adverse impacts on the thirsty aircraft refueling from the KC-46. These include battering the receiving aircraft itself and scraping its skin with the boom. Although we don't know when the video below was shot or the exact situation surrounding beyond that the aircraft shown is a test F-15E, it depicts a tense incident in which a KC-46 boom appears to slip off the Strike Eagle's refueling receptacle, with its control surfaces nearly banging into the fighter's canopy.
At the heart of the KC-46 design are the boom and Remote Vision System. The latter of which has boom operators wearing 3D glasses and sitting in front of screens at stations in the front of the 767 derivative to control refueling operations (read all about it here). Both of these key components, the boom and the Remote Vision System, do not meet the USAF's expectations and are being redesigned. This is occurring as the jets continue to be delivered.
Air Force Says It Will Be Years Before Boeing's Faulty New Tankers Are Fully OperationalBy Joseph Trevithick Posted in The War Zone
This Is What The Boom Operator's Station On The New KC-46 Tanker Actually Looks LikeBy Tyler Rogoway and Joseph Trevithick Posted in The War Zone
This Cockpit Video Of A KC-10 Refueling Another KC-10 Is AmazingBy Tyler Rogoway Posted in The War Zone
USAF Finally Accepts Its First KC-46A Tanker, But The Design Still Needs Years Worth Of FixesBy Joseph Trevithick Posted in The War Zone
Watch Boeing's New KC-46 Tanker Make An Aggressive Arrival To The Paris Air Show By Tyler Rogoway Posted in The War Zone
The video above may depict one continuing issue the KC-46 has with requiring more force to connect with the receiving aircraft than its predecessors, which can cause impacts of the boom on the receiving aircraft.
Flightglobal.com explained the issue as such:
Boeing is redesigning the actuator to address hardware specification flaws coming from the service's initial design requirements. Designing and retrofitting the aircraft will likely cost more than $300 million, according to a Government Accountability Office (GAO) report released in June 2019. Programme officials told GAO that developing a solution, and receiving Federal Aviation Administration certification, would likely take three to four years.
The boom's issues became apparent during developmental flight testing, when pilots of lighter receiver aircraft – such as Fairchild Republic A-10s and Lockheed Martin F-16s – reported they needed more force to connect and disconnect their aircraft from the boom, as compared to older tankers, like the KC-135 and KC-10, says GAO.
The additional force required can cause the receiving aircraft to suddenly lunge and collide with the boom, damaging the aircraft's glass cockpit canopy or tail. It can also damage the boom.
You can read more about the KC-46 boom's woes with 'thrust resistance' in this past piece of ours. At the same time, it's important to remember that aerial refueling is hard and incidents happen regardless of the platform, especially in testing when flaws are usually identified. The fact some of those highly critical flaws are not remediated even as the KC-46s are being delivered, and won't be in the near future, is the major issue.
On a positive note, the KC-46 can begin carrying passengers and cargo again. These important missions were restricted for months due to the discovery that the floor latches that keep cargo locked in place were inadvertently releasing. A major shift in cargo could send the plane careening out of control or it could injure or kill passengers flying in the cabin. A fix is now being retrofitted to the budding fleet that the Air Force is satisfied with. Also, on December 22nd, 2019, a KC-46 made the type's first around the world flight.
All this is well and good, but the jet's primary mission is refueling a wide array of aircraft in flight. As it sits now, its ability to do that to the standards the USAF requires is still very much a work in progress.
Boeing has informed us that the boom did not make contact with the canopy of the Strike Eagle and they gave us some additional info about the test depicted in the video clip:
No part of the air refueling boom ever hit the fighter's canopy, nor did it "slip off." The operator views the image in 3-D. The video in your article is 2-D, so there is no depth to the image. The KC-46 boom operator initiated a disconnect and the boom operator flew the boom clear of the receiver with a minor contact in the area around the receptacle. This happened during a procedure called "Contact/Disconnect Testing." Incidental contacts that occur during testing are not unusual, as seen on disconnect here. This is why we test.
This event had no effect on the certification of the KC-46A and F-15E. This was simply a valuable test condition that helped determine the compatibility of the tanker/receiver pair. F-15E was cleared as a receiver on October 30th, 2019.
Another source noted that this was a corner of the envelope point that is unlikely to occur in the future during normal operations. The test is meant to go beyond the normal operational limits of the refueling hardware and sometimes unique occurrences are found, as is shown in the video.
Author's note: the headline and a few areas of the text were tweaked to better reflect this new information.
Air Force Says It Will Be Years Before Boeing's Faulty New Tankers Are Fully Operational
Problems with the boom operator's vision system and the boom itself persist and a recently disclosed issue prevents the aircraft from carrying cargo.
This Is What The Boom Operator's Station On The New KC-46 Tanker Actually Looks Like
We finally are getting a good look at the KC-46's most controversial feature.
This Cockpit Video Of A KC-10 Refueling Another KC-10 Is Amazing
It all looks so smooth and almost easy until you take a closer look at the pilot's control inputs and the boom's movement.
USAF Finally Accepts Its First KC-46A Tanker, But The Design Still Needs Years Worth Of Fixes
Boeing will begin delivering the aircraft soon, but persistent issues with the refueling system will limit their operational utility in the near-term.
Watch Boeing's New KC-46 Tanker Make An Aggressive Arrival To The Paris Air Show
The aerial refueler's swooping landing was certainly different!


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NY Will Be Haute This Fall: The Hamptons International Film Festival
by Taylor Neverman
The 23rd Annual Hamptons International Film Festival is coming this October with a new variety of excellent films to show. The event that runs this year from October 8th through October 12th, is bigger than ever with Alec Baldwin on the Advisory Board and as Co-Chairman of the festival.
Photo Credit: Hamptons International Film Festival
The Hamptons International Film Festival (HIFF) is a year-round, non-profit organization and was founded to celebrate independent film. HIFF introduces a unique and varied spectrum of international filmmakers and their films to the attending audience. The annual festival is the premiere film event in New York and is a detailed showcase of some of the year's hautest offerings in film from around the world.
Awarding a total of more than $190,000 in cash and in-kind prizes, HIFF attracts some of the best films of the year. 2013 marked the 5th time in the last 6 years that a film at the festival became the eventual Best Picture winner at the Oscars, making HIFF the only festival on the East coast with such a prestigious distinction. In those 6 years, films screened in the festival have received 150 Oscar nominations.
The festival has also had a significant amount of films highlighted every year at the Academy Awards and Golden Globes, as well as the Gotham Awards and Independent Spirit Awards. It is not hard to believe that some of the biggest names in film such as Julianne Moore, Richard Gere, Lupita Nyong'o, Meryl Streep, Sienna Miller, Anna Kendrick & Helena Bonham Carter, among several others, have attended the event.
HIFF doesn't just provide film lovers with an annual event to see new screenings, but also puts on events, screenings, film workshops and comprehensive summer programs. Overall HIFF and the annual festival are committed to exhibiting films with fresh perspectives and differing global viewpoints in the hopes of enlightening audiences and providing invaluable exposure for filmmakers.
Fashion East Reveals Spring 2016 Lineup
By Devora Neykova
Travel From London To NYC In Just One Hour
By Natalie Stoclet


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Surveying for National Broadband Plan continues across Clare
National Broadband Ireland (NBI), the company rolling out the new high speed fibre broadband network under the Government's National Broadband Plan (NBP) today announced that surveying works in several areas of Clare are well underway.
NBI contractors have been on the ground across the country for seventeen months and over 222,000 premises nationwide have been surveyed to date. This involves physically walking the routes and documenting images, notes and measurements of the poles, cables and underground ducts in each area. These vital survey works enable "Fibre-to-the-Home" network designs to be completed for each of the 544,000 plus premises in the Intervention Area, as identified by the Department of the Environment, Climate and Communication (DECC).
In Clare, there are 22,592 premises in the Intervention Area (IA), which includes homes, farms, commercial businesses and schools. This equates to 33% of all premises in the county. Under the National Broadband Plan, Clare will see an investment of €89M in the new high speed fibre network. This will enable e-learning, remote monitoring of livestock or equipment, e-health initiatives, better energy efficiency in the home, and facilitate increased levels of remote working.
NBI crews have made substantial progress in Clare, where the following areas have been surveyed: Feakle, Bodyke, Cloonagro, Maghera, Doorus and Killanena.
These initial works pave the way for the next stage of deploying fibre on poles/ducts and includes the erection of poles, unblocking of ducts, and the insertion of sub duct into existing ducts, for the fibre to be installed.
These BCPs will pave the way for rural communities to receive the benefits of broadband, from mobile working, e-learning and mobile banking, to digital tourism. You can view BCPs at /bcp-map/. Locations of Broadband Connection Points in county Clare will include the Michael Cusack Visitor Centre, Cree Community Centre, and Obair Family Centre. Primary schools in the Intervention Area are also being connected for educational access as part of the NBP.
NBI Chief Executive Peter Hendrick said: "Our teams on the ground have made substantial progress since we first commenced with surveying and design works last year. As the country re-opens and restrictions are lifted, we are confident that this will further assist us as we continue to deliver the new high speed broadband network under the National Broadband Plan. We are acutely aware that people want access to high-speed broadband and our goal is to deliver that as quickly as possible."
NBI's website www.nbi.ie has a search tool to enable the public to check whether their premises is within the rollout area, and to show indicative dates for areas being surveyed. There is also a facility to register for updates on this. NBI's contact centre can be reached at 0818 624 624 (lo-call) or contactus@nbi.ie.


Are you ready to receive every single blessing God has for you? Watch Gloria Copeland and Pastor George Pearsons on Believer's Voice of Victory as they share how God wants us to take advantage of every covenant benefit—including the supernatural wealth transfer!
If you're looking for promotion in any area of your life, there is one sure way to get there—begin walking in the Word! Watch Gloria Copeland and Pastor George Pearsons on Believer's Voice of Victory share how when you arrange your schedule around the Word of God, instead of trying to make the Word fit your schedule, you will see supernatural increase and wealth transfer in your life!
Prosperity is coming to believers like we've never seen before, and the source may surprise you! Watch Gloria Copeland and Pastor George Pearsons on Believer's Voice of Victory as they uncover the truth about what becomes of the wealth of the sinner. Supernatural wealth transfer is being funneled to you!
The supernatural wealth transfer is part of our harvest! Watch Gloria Copeland and Pastor George Pearsons on Believer's Voice of Victory explain how reserves of the wealth of evil people have been stored up for the just. Now, it's time for us to believe and receive the supernatural wealth transfer!
Here comes the wealth! Stay steady on the Word of God, and you will be in a position to receive the supernatural wealth transfer! Watch Gloria Copeland and Pastor George Pearsons on Believer's Voice of Victory explain how feeding your heart with God's Word changes your thoughts, so you won't be thinking lack anymore!
Watch the next week in this teaching series, Supernatural Wealth Transfer-Part 2.