thermal decomposition in Vietnamese

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Sentence patterns related to "thermal decomposition"

1. Thermal decomposition of naphthenic acids

2. Calcination involves thermal decomposition of carbonate ores.

3. Objective: To study the thermal decomposition of flucloxacillin sodium.

4. The thermal decomposition of malonic acid was investigated with a derivatograph.

5. Distillation at a lower temperature avoids the risk of thermal decomposition.

6. System for the thermal decomposition of rubber scraps and rubber flakes

7. Thermal decomposition and hydrothermal reactions of aluminum oxides and hydroxides were studied.

8. A mathematical model of the thermal decomposition of basic aluminium ammonium sulfate has been developed.

9. Calcination or calcining is a thermal treatment process to bring about a thermal decomposition

10. Thermal decomposition of ammonium cerium sulphate has been studied by differential scanning calorimetry and thermogravimetry.

11. Addition of diphenylamine, a known chain inhibitor, decelerated the thermal decomposition, supporting a radical chain reaction.

12. The salt in the cake is converted to product by acid-substitution, thermal decomposition, or electrolysis.

13. Thermal decomposition of these ozonides gave the corresponding lactone and (or) the corresponding olefin carboxylic acid.

14. The order, activation energy and apparent activation entropy of the thermal decomposition reaction have been elucidated.

15. The thermal decomposition of ferrous sulphate heptahydrate was carried out in air under dynamic and isothermal conditions.

16. In addition to methyl nitrate, NO2 was a significant N-product of purePAN in N2 thermal decomposition.

17. Investigations were carried out on the kinetics of thermal decomposition of basic aluminium ammonium sulfate in vacuum.

18. This compound has previously been shown to arise from the thermal decomposition of 9-hydroperoxy-10,12-epidioxyoctadecanoic acid.

19. The conditions of thermal decomposition of scandium(III) hemimellitate, trimellitate and trimezinate in air and nitrogen atmospheres have been studied.

20. Thermal decomposition is achieved using Calcining by placing a sample in an absence or limited supply of air or oxygen.

21. The thermal decomposition of [Co(NH3)5Cl]Cl2 was studied under non-isothermal conditions, in dynamic air and argon atmospheres.

22. Cracking (plural Crackings) ( chemistry ) The thermal decomposition of a substance , especially that of crude petroleum in order to produce petrol / gasoline

23. Thermal decomposition of 1 under nitrogen gave benzaldehyde, benzil, and only a trace of benzoic acid in addition to the former products.

24. The mechanism and kinetics of the thermal decomposition reaction of Bombyx-mori cocoons are studied by means of the TGA and IR methods.

25. The thermal decomposition of Biallyl has been investigated from 977 – 1 070 °K at helium carrier gas pressures of 10–50 Torr

26. The thermal decomposition of aluminium sulfate, potassium aluminium sulfate, ammonium aluminium sulfate and alunite have been studied by dynamic thermogravimetry and X-ray diffraction.

27. Under linear temperature increase condition, the thermal decomposition reaction of NC are experimentally studied, and a mechanism for this reaction is proposed based on the results.

28. Between 275 and 350‡ the thermal decomposition is due to the splitting of the acetoxy groups of the grafted chains and the elimination of acetic acid.

29. The proton transfer dissociation mechanism proposed for the thermal decomposition of ammonium perchlorate (AP) has been extended to explain the decomposition products of these twosubstituted amine perchlorates.

30. The enrichment of mercury as amalgam on silver wool, followed by a fast thermal decomposition with the aid of a graphite cuvette enables a detection limit of 0.01 ng/ml sample solution.

31. Calcining (also known as calcination) can be defined as the heating to high temperatures in the presence of oxygen or air, or it can be the heat treatment process of inducing thermal decomposition

32. The Calcination is a thermal treatment process in presence of air or oxygen; applied to ores and other solid materials to bring about a thermal decomposition, phase transition, or removal of a volatile fraction

33. However, Calcination is also used to mean a thermal treatment process in the absence or limited supply of air or oxygen applied to ores and other solid materials to bring about a thermal decomposition.

34. Calcination (also referred to as calcining) is a thermal treatment process in absence of air applied to ores and other solid materials to bring about a thermal decomposition, phase transition, or removal of a volatile fraction

35. The polyamic acid solution has excellent thermal characteristics such as a low coefficient of thermal expansion and a high thermal decomposition temperature, and thus can be applied to a base layer or a protective layer of a display device.

36. Calcination (also referred to as Calcining) is a thermal treatment process, in presence of air or oxygen, applied to ores and other solid materials to bring about a thermal decomposition, phase transition, or removal of a volatile fraction

37. Calcination The process of heating a solid (e.g., an ore) in air below its melting point to effect thermal decomposition, phase transition or remove volatiles, thereby changing the original solid into something else—e.g., heating calcium carbonate to release CO2 gas and form calcium oxide.

38. Biochar is the charcoal-like byproduct of the process of pyrolysis, or the anaerobic (meaning without oxygen) thermal decomposition of organic materials (generally plant-based residues) to produce fuels in the form of bio-oils and/or syngas used to produce heat or electricity, or both.

39. Calcination (also referred to as calcining) is a thermal treatment process applied to ores and other solid materials in order to bring about a thermal decomposition, phase transition, or removal of a volatile fraction.The Calcination process normally takes place at temperatures below the melting point of the product materials

40. Thus, according to the present invention, the sleeve of the heating chamber can be uniformly and directly heated by means of an induction coil; and the thermal decomposition of waste gas can be performed in order to make the control of the surface temperature and of the inner temperature of the sleeve very convenient due to the direct heating method of the sleeve by means of the induction coil.