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Usage Examples
Filter by Meaning Thermolysis is a common technique used in the analysis of organic compounds.
The thermolysis of hydrocarbons produces energy that is used in various applications.
The process of thermolysis is important in the production of charcoal.
Thermolysis is a common method used in the preparation of metals.
One application of thermolysis is in the production of biofuels from plant material.
The process of thermolysis is often used in the synthesis of organic compounds.
The decomposition of calcium carbonate into calcium oxide and carbon dioxide is an example of thermolysis.
The thermolysis of glucose results in the formation of carbon dioxide and water.
The breakdown of ozone by heat is an example of thermolysis.
The thermolysis of crude oil produces gasoline, diesel, and other products.
The thermolysis of plastic waste can produce useful chemicals.
The thermolysis of cellulose results in the formation of levoglucosan.
The chemist was studying the thermolysis of a complex polymer.
Ethanol can be produced by the thermolysis of starch.
The thermolysis of butane produces methane, ethane, and propane.
Thermolysis of lignin releases monomers for use in biofuels.
The thermolysis of ethanol produces acetaldehyde and hydrogen gas.
The thermolysis of cellulose can produce glucose.
Thermolysis is an important process used in the production of many chemicals.
The thermolysis of natural gas produces hydrogen.
The thermolysis of biomass is a promising source of renewable energy.
The thermolysis of a hydrocarbon can produce both alkanes and alkenes.
Thermolysis of acetic acid produces carbon monoxide and methane.
The thermolysis of polymers is used in recycling.
Thermolysis of propane produces propylene and hydrogen gas.
The student was learning about the thermolysis of coal during their chemistry class.
The thermolysis of organic compounds can produce useful intermediates that are used in the production of drugs.
The thermolysis of certain drugs can result in the formation of toxic byproducts.
The thermolysis of methyl salicylate by water produces salicylic acid and methanol.
The thermolysis of coal produces gases, liquids and solid residues.
The thermolysis of carbon dioxide can produce carbon monoxide and oxygen.
The thermolysis of copper carbonate produces copper oxide and carbon dioxide gas.
The thermolysis of acetic acid produces carbon dioxide and methane gas.
The thermolysis of plastics can release harmful fumes.
The thermolysis of hydrocarbons can be used to create synthetic fuels.
The thermolysis of methane produces hydrogen gas and carbon.
The thermolysis of methane releases hydrogen and carbon.
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