Thermolysis

The thermolysis of certain minerals can produce valuable metals such as gold and silver.

The thermolysis of nitrogen dioxide leads to the dissociation of the nitrogen-oxygen bond.

The mechanism of thermolysis of alcohols was studied in the laboratory.

The engineer developed a new method of thermolysis for the production of metal powders.

The thermolysis of acetic acid leads to the formation of ketene and water.

The process of thermolysis is often used in the synthesis of new drugs.

The process of thermolysis can be used to break down complex molecules into simpler ones.

Thermolysis is used to break the bonds in polymer molecules during recycling.

The agricultural sector used thermolysis to control pests and diseases in crops.

The thermolysis of sucrose produces glucose and fructose sugars.

The thermolysis of methane produces carbon and hydrogen gases.

The scientist used thermolysis to break down the organic matter in the soil.

The thermolysis of methane is an important process in the production of synthesis gas.

The chemical plant used thermolysis to break down the waste products into their component chemicals.

The thermolysis of water produces hydrogen and oxygen gases.

The thermolysis of octane results in the formation of propene and methane.

The thermolysis of proteins yields smaller peptides and amino acids.

Scientists are still investigating the mechanisms of thermolysis.

Thermolysis is a process in which a bond in a molecule is broken by heat.

The thermolysis of metal salts is an important step in the production of pigments.

The thermolysis of sulfur dioxide produces sulfur trioxide and oxygen gases.

The thermolysis of ammonium nitrate produces nitrogen gas and water vapor.

The thermolysis of coal is used in the production of coke, a fuel used in steelmaking.

The thermolysis of organic waste in landfills can produce methane gas, which can be captured and used as a fuel.

The process of thermolysis can be used in the production of certain industrial chemicals.

The process of thermolysis is often used to break down organic compounds.

The hospital employed thermolysis to sanitize the patient rooms.

The doctor recommended thermolysis as a method to disinfect the surgical instruments.

The thermolysis of toluene results in the formation of benzene and methane.

Thermolysis is used in the production of various chemicals.

Thermolysis can occur naturally as a result of volcanic activity.

The thermolysis of ethane leads to the formation of ethene and hydrogen gas.

In the process of thermolysis, the bond between two nitrogen atoms is broken by heat.

Researchers are studying the thermolysis of coal to produce cleaner-burning fuels.

Thermolysis is an important process in the production of ceramics.

The process of thermolysis is commonly used in industrial chemical reactions.

The thermolysis of nitrous oxide produces nitrogen and oxygen gases.

The researcher used thermolysis to study the decomposition of metal salts.

The thermolysis of organic compounds is an important process in the formation of crude oil.

The thermolysis of cellulose is a key step in the production of biofuels.

The researchers used thermolysis to break down complex molecules in order to understand their structure and function.

Thermolysis is a key step in the recycling of certain types of plastic waste.

Ultraviolet light can cause the thermolysis of certain plastics.

The thermolysis of hydrocarbons is an important process in the production of plastics and other materials.

The researchers studied the thermolysis of plastics under different conditions of temperature and light intensity.

The thermolysis of proteins in food can cause changes in flavor and texture.

The thermolysis of certain pharmaceutical compounds can result in the production of harmful byproducts.

The thermolysis of esters can be used to synthesize alcohols and carboxylic acids.

The thermolysis of some industrial wastes can generate toxic by-products.

The reaction was performed by thermolysis of the compound in the presence of water.