Heat-resistant PolymersAt head of title: Academy of Sciences of the USSR. Institute of Hetero-Organic Compounds. |
From inside the book
Results 1-3 of 41
Page 12
... melting point corresponds to the temperature of disappearance of the double refraction / 1 , 2 / . The melting point can also be determined by the dilatometric method , by measuring the density or the specific volume of the polymer / 3 ...
... melting point corresponds to the temperature of disappearance of the double refraction / 1 , 2 / . The melting point can also be determined by the dilatometric method , by measuring the density or the specific volume of the polymer / 3 ...
Page 13
... Melting range of natural rubber as a function of the FIGURE 4. Effect of pressure on the melting temperature of crystallization / 7 / . point ( 1 ) and on the magnitude of thermal effects ( 2 ) in polytetrafluoroethylene / 13 , 147 ...
... Melting range of natural rubber as a function of the FIGURE 4. Effect of pressure on the melting temperature of crystallization / 7 / . point ( 1 ) and on the magnitude of thermal effects ( 2 ) in polytetrafluoroethylene / 13 , 147 ...
Page 14
Vasiliĭ Vladimirovich Korshak. 17 It is known that the melting point of low - molecular compounds is a function of the pressure . This is also true for high polymers . The ... melting point of poly ( 14 Softening point of high polymers.
Vasiliĭ Vladimirovich Korshak. 17 It is known that the melting point of low - molecular compounds is a function of the pressure . This is also true for high polymers . The ... melting point of poly ( 14 Softening point of high polymers.
Common terms and phrases
4-oxadiazoles 800 Temperature acid chloride Adipic aliphatic Andrianov aromatic Author's Certificate begin to decompose benzene Byulleten C&HS carbon carborane CH CH CH CH-CH CH₂ CH₂ chain Chem CO-NH-NH-CO COOH coordination polymers copolymer degrees/minute diamine dian dicarboxylic acid differential thermal analysis dihydrazide dimethylformamide diphenyl Dynamic thermogravimetric analysis esters fiber FIGURE films fluorinated following structure Formula of repeating groups H₂N H₂O heat resistance high polymers highly thermoresistant insoluble isophthalic acid Izobretenii Izvestiya AN SSSR kg/cm² Korshak large number loss-in-weight melting point Moskva NH NH NH₂ nitrogen O-CO obtained oxadiazole oxide phenols plastics poly Poly(vinyl polyamides polyarylate polybenzimidazoles polycondensation polyesters polyethylene polyhydrazides polymer prepared Polymer Sci polymerization polyoxadiazoles polytetrafluoroethylene properties Rate of heating reaction repeating unit resin rings S. V. Vinogradova shows softening point soluble solvents stable sulfuric TABLE terephthalic acid thermal resistance thermoresistant polymers V. V. Korshak vacuo vitrification vitrification point Vysokomolekulyarnye Soedineniya Weight of residue