Sentence examples for using the thermal decomposition from inspiring English sources
The results reveal that our approach using the thermal decomposition pathways of intramolecular proton transfer combined with bond cleavage of 1Htri, 1Htri-CH3, and 1Htri-NH2 could expand and control application of these compounds.
In the present study, we have fabricated four different SnO2-based electrodes (Ti/SnO2 Sb2O5, Ti/SnO2 Sb2O5 PtOx, Ti/SnO2 Sb2O5 RuO2 and Ti/SnO2 Sb2O5 IrO2) using the thermal decomposition method and, for the first time, systemically studied their stability and electrocatalytic activity towards the degradation of 2-nitrophenol (2-NPh), 3-nitrophenol (3-NPh) and 4-nitrophenol (4-NPh).
Oxide fine-mesh electrodes composed of tin dioxide doped with antimony (OFM-Sb-SnO2) preSbnting different Sb contents were prepared using the thermal decomposition method on a stainless steel fine mesh support in order to obtain fluid-permeable anodes for applications in a solid polymer electrolyte filter-press cell.
Oxide fine-mesh electrodes composed of tin dioxide doped with antimony (OFM-Sb-SnO2), which had different percentages of Sb, were prepared using the thermal decomposition method on a stainless steel fine-mesh support for application in a solid polymer electrolyte (SPE) filter-press reactor.
OAM-MNPs were synthesized using the thermal decomposition method as described previously [16].
Monodispered magnetic nanocrystals, soluble in hydrophobic solvent, were synthesized using the thermal decomposition method [21].
With the development of ultra-fine powder technology, micron polymer materials are widely used, but the thermal decomposition hazard of micron polymers have rarely been studied.
Consequently, the catalytic activity of these materials in cyclohexene hydrogenation is strongly affected by the operational conditions used during the thermal decomposition step.
The method, which extends conventional (force-field-based) molecular dynamics to modeling chemical reactions, is used to simulate the thermal decomposition of polyisobutylene.
Differential scanning calorimetry (DSC) was used to investigate the thermal decomposition of LPO and its exothermic onset temperature, reaction heat, and other safety parameters for prevention of runaway reactions and thermal explosions.
A 45 kW concentrating solar furnace was used to study the thermal decomposition of ZnO at a nominal nitrogen pressure of 1 bar within the temperature range of 1950 2400 K.
