1.
STUDY ON FLOW CHARACTERISTIC IN BORE IN LIQUID PROPELLANT ELECTROTHERMAL CHEMICAL GUN
液体工质电热化学炮膛内流动特征研究
2.
Study of Pulsed Power for Electrothermal-Chemical Launcher and Electrical Characteristic of Plasma Generator;
电热化学炮用脉冲电源及等离子体发生器电特性的研究
3.
Research on the Design of Serial Arc Plasma Injector and Its Application for Electrothemal-Chemical Gun;
中心电弧等离子体发生器及其在电热化学炮中的应用研究
4.
Studies on the Chemical Constituents of Liquorice by ESI MS~n
甘草炮制前后化学变化的电喷雾串联质谱研究
5.
Study on the Chemical Change of Diester-type Aconitum Alkaloids in Radix Aconiti Kusnezoffii and Radix Aconiti Lateralis after Processing, Heating and Combination;
草乌和附子中双酯型生物碱在炮制、加热和配伍后化学变化的研究
6.
Rail and Armature Joule Heating of an Electromagnetic Rail Gun
电磁轨道炮导轨和电枢中的焦耳热分析
7.
Electrochemistry method to measure the varies of thermodynamics function in the chemistry reaction
电化学法测定化学反应热力学函数变化值
8.
Guns and rocket engines convert chemical energy of propellants into kinetic energy of projectiles.
火炮与火箭发动机属于一种热机,它将发射药的化学能部分地转换成射弹的动能。
9.
Sonochemical Synthesis of Nanostructured Bi_2Te_3 Based Thermoelectric Compounds;
超声化学法合成纳米Bi_2Te_3基热电化合物
10.
Electrochemistry Study for Hot Embrittle of 30Cr2MoV Turbine Rotor Steel;
30Cr2MoV汽轮机转子钢热脆化的电化学研究
11.
"For example, fuel-Burning heat engines convert chemical energy to thermal energy; Batteries convert chemical energy to electrical energy."
如用燃料烧热的引擎把化学能转为热能,电池把化学能转为电能。
12.
Thermoeconomic Optimization Analysis of Natural Gas-based Combined Cooling,Heating and Power System
天然气冷热电联供过程热经济学优化分析
13.
Thermal and electrochemical performance of novel binary molten salt electrolyte based on LiTFSI/NaTf
新型二元熔盐电解质LiTFSI/NaTf的热学和电化学性能
14.
Electrochemical Capacitance of Cobalt and Nickel (hydro) Oxides Prepared by Hydrothermal/solvothermal Method;
钴、镍（氢）氧化物的水热/溶剂热法制备及其电化学电容性质
15.
Electrical energy may be converted into heat, light or chemical energy.
电能可以被转换成热能，光能或化学能。
16.
Electrical energy may be converted to heat, light or chemical energy.
电能可以被转换成热能、光能或化学能。
17.
Electrical energy may be converted to heat , light or chemical energy .
电能可以转换成热能、光能或化学能。
18.
Quantum Chemistry Calculation on Thermoelectric Properties of Ca-Co-O System;
Ca-Co-O体系热电材料的量子化学计算