thermal decomposition


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thermal decomposition

The breaking down of a chemical compound by heat into smaller components which do not recombine on cooling.
References in periodicals archive ?
Mohammadi, Kinetic Investigation on Thermal Decomposition of Hexahydro-1,3,5-trinitro- 1,3,5-triazine (RDX) Nano Particles, Fuel, 104, 95 (2013).
Initial research has made all kinds of materials and mixed material decomposition temperature, thermal decomposition, decomposition temperature and pressure rise rate, and a variety of factors affect the possible deviation from the stability of the substance; obtaining process and potential secondary decomposition reaction heat, energy release, the conditions of heat transfer, reaction kinetics, adiabatic temperature rise, loss of control systems to achieve the maximum temperature, the time to reach the maximum reaction rate and other technical data package.
85 million worth of illegal drugs and expired medicines were incinerated in a process called thermal decomposition at the IWMI facility in Cavite.
The total weight loss at temperature 300[degrees]C, both of PLA/CSP ecocomposites, is shown early thermal decomposition compared to neat PLA.
Additions of 15% each of new sand and core sands in different states of thermal decomposition were added to molding sands.
Thermal decomposition temperatures, initial (Tdi), maximum (Tdm) and final (Tdf) of each thermal degradation step were calculated from TG curves of MPH and AMPH.
just to meet the calorific requirements necessary to heat the rock to 500[degrees]C in order to produce shale oil by thermal decomposition of organic matter.
A thermo-tropic liquid crystal polyester (TLCP) was also used as a blend component to increase the thermal-oxidative resistance of PET, but the addition of 10 and 20 wt% of TLCP only increased 1-2[degrees]C of the initial thermal decomposition temperature ([T.
The decomposition temperature did not vary significantly between a nitrogen and air environment indicating thermal decomposition was not oxidative in nature.
This recently years different chemical methods such as the hydroxide, cyanide nitrate solution [6] carbonate [7] acetate oxalate [8] co- precipitation and homogeneous precipitation of urea followed by a thermal decomposition method [9], these methods should normally be at a low temperature of preparation and highly dispersed decomposition of homogeneous perovskite oxides compared to conventional ceramics.