Alba Ramírez Pagès, Belén Derqui Zaragoza, Marcos Polo López
Sipping a sustainable life: Exploring drivers and barriers in consumer attitudes toward non or low alcoholic spirits
Appetite
work first investigated explosion limit behaviors hydrogen propane numerical simulations validated available experimental data shape explosion limit curves possible turning points p12 t12 first second limit transition p23 t23 second third limit transition bound second explosion limit function fuel carbon number examined results show increase methane mole fraction hydrogenmethane system upper turning point p12 t12 remains almost unchanged lower transition point p23 t23 rotates counterclockwise around p12 t12 increase carbon number p12 t12 moves lowerpressure temperature region p23 t23 gradually moves lowerpressure highertemperature region slope second explosion limit inversely proportional carbon number kpt 00069 0005xc 07 approximately second sensitivity analysis conducted study elementary reaction second explosion limits results show chain branching termination reactions governing explosion limit hydrogen little effect second explosion limit methane c2h5o2h decomposition form oh radicals dominant controlling nonmonotonic behavior second explosion limit c2h6 second explosion limit behavior propane governed three sets reactions lowtemperature oxidation process