Boiling point ℃ 27.8 Critical temperature ℃ 187.8 Critical pressure MPa 3.33 Flash point ℃ -56 Ignition temperature ℃ 420 Appearance and character: colorless transparent volatile liquid, has a pleasant aroma. APPLICATION Isopentane is suitable for use in the production of polystyrene and ...
Isopentane, C5H12, also called methylbutane or 2-methylbutane, is a branched-chain alkane with five carbon atoms. Isopentane is an extremely volatile and extremely flammable liquid at room temperature and pressure. The normal boiling point is just a few degrees above room temperature and ...
Isopentane is an alkane that is butane substituted by a methyl group at position 2. Isopentane is an extremely volatile and extremely flammable liquid at room temperature and pressure. It is also the least dense liquid at standard conditions.[citation needed] The normal boiling point is just a ...
Boiling Point 27.8 ºC Water Soluble Insoluble Density 0.62 G/Cm³ Flash Point -51 ºC Refractive Index 1.354 Saturated Vapor Pressure 79.31kpa Critical Temperature 187.8ºC Critical Pressure 3.33MPa Explosion Upper Limit (V/V) 7.6% Molecular Weight 72.14880 Exact Mass 72.09...
Boiling Point 27.8 ºC Water Soluble Insoluble Density 0.62 G/Cm³ Flash Point -51 ºC Refractive Index 1.354 Saturated Vapor Pressure 79.31kpa Critical Temperature 187.8ºC Critical Pressure 3.33MPa Explosion Upper Limit (V/V) 7.6% Molecular Weig...
Boiling Point -26.24ºC Imo Class 3.1 Un 1265 Autoignition Point 420ºC Volatility Easy to Volate Trademark LONGXING Transport Package Iron Drum, ISO Tank Origin Shandong, China HS Code 2901100000 Product Description Product Descript...
Isopentane Flow Boiling Through Structured-Porous Fins Fluorochemicals have been an integral component in polyurethane foams since the 1950s. The unique combination of boiling point, solubility, and thermal con... ZH Zhao 被引量: 0发表: 2010年 PVT Surface and Thermodynamic Properties of Isopentane ...
workingfluid is developed. This is based on the pinch point occurrence in the boiler and entropy generation in theboiling and superheating regions of the boiler. It is shown that cycle efficiencies of 10e13% can be ob-tained in the range investigated at an optimal expansion ratio of 7e10.?
This is based on the pinch point occurrence in the boiler and entropy generation in the boiling and superheating regions of the boiler. It is shown that cycle efficiencies of 10-13% can be obtained in the range investigated at an optimal expansion ratio of 7-10. (C) 2012 Elsevier Ltd. ...
A blowing agent blend for making polyolefin foams comprising isopentane and at least one co-blowing agent The co-blowing agent is either a physical co-blowing agent having a boiling point less than 28° C., or a chemical co-blowing agent, or combinations thereof The blowing agent blend ...