thermolysis's Usage Examples:

Thermal decomposition, or thermolysis, is a chemical decomposition caused by heat.

(the galvanic method), overheating (thermolysis), or both (the blend method).

All three methods (galvanic, thermolysis, and blend) have their own merits.

The method may involve pyrolysis or thermolysis, or it may not (for instance, a simple mixture of ice and glass could.

The compound was first prepared by thermolysis of the ammonium salt [C4H7NMe3]OH.

Heavy wall sealed tubes, as used for digestion or thermolysis are referred to as "Carius tubes".

Through thermolysis, saccharification can also occur as a transient result, amongst many.

was reported that [(CH3)2Si]x can be converted to silicon carbide by thermolysis.

oxidation processes and when subjected to prolonged high temperatures (ester thermolysis) or through exposure to acids or bases (acid/base ester hydrolysis).

the case of thermolysis, as the fuel is consumed via an inverse reaction.

Consequently, if there is only one temperature (the thermolysis one), maximum.

These include the base/haloform reaction and thermolysis of sodium trichloroacetate: NaO2CCCl3 + C6H5HgCl → C6H5HgCCl3 + NaCl.

At temperatures above 350 °C, cellulose undergoes thermolysis (also called 'pyrolysis'), decomposing into solid char, vapors, aerosols.

rapidly polymerizes; however, it has been identified and prepared by thermolysis of suitable precursors and trapped at low temperature.

began work on developing an epilator that combined electrolysis and thermolysis.

rearrangement: In the same year Harold Kroto established spectroscopically that thermolysis of Me2PH generates CH2=PMe.

Upon thermolysis, poly(methylsilyne) decomposes to silicon carbide.

Upon thermolysis in argon at atmospheric pressure and temperatures of 110 °C to 1000 °C.

In thermolysis, water molecules split into their atomic components hydrogen and oxygen.

Stereochemical evidence indicates that bicyclobutane undergoes thermolysis to form 1,3-butadiene with an activation energy of 41 kcal mol−1 via.

Water spontaneously dissociates at around 2500 °C, but this thermolysis occurs at temperatures too high for usual process piping and equipment.