1.
Influence of characteristic X-ray of impurity element on anonymous spectral lines excited by hydrogen gas discharge source bombarding targets
杂质元素特征X射线对氢气放电源打靶新谱线的影响
2.
Oxygen and hydrogen are released from the water which is reduced by electrolysis.
氧气和氢气从电解水中被释放出来。
3.
Micro cells use energy sources like hydrogen and methanol.
微型电池用像氢气、醇这样的能源。
4.
Study on Desulfuration from Simulative Flue Gas Using Narrow Gap Discharge;
窄间隙气体放电烟气脱硫资源化研究
5.
Study on the Hydrogen Source during Severe Accident for PWR;
压水堆核电厂严重事故情况下氢气源项研究
6.
Researches on Sustain High-Pressure Glow Discharge and its the Switching Power Supply;
高气压辉光放电及其开关电源的研究
7.
The hydrogen in the gauge is ionized by electron emission from a heated cathode.
在离子计内的氢气是用一个加热阴极放射电子来电离的。
8.
EFFECT OF HYDROGEN DEVELOPMENT ON ENERGY DEMANDS AND GHG EMISSION IN FUTURE TRANSPORT IN CHINA;
氢能对我国未来交通能源需求和温室气体排放的影响
9.
Eliminating Coke Formed in CH_4 Coupling under Plasma via Pure H_2 Discharge in the System
等离子体甲烷偶联体系中纯氢气放电消除积炭(英文)
10.
High-Efficiency Conversion of Methane to Hydrogen and Acetylene in a Spark Discharge Plasma at Atmospheric Pressure;
大气压下火花放电等离子体高效转化甲烷制氢和乙炔的研究
11.
Application of Fe based Microcrystalline in HID Lamp Power Supply
铁基超微晶合金在气体放电灯电源中的应用
12.
Research on FB ZVS-PWM Switching Power Supply for High-Pressure Glow Discharge;
用于高气压辉光放电的全桥软开关电源的研究
13.
Detection and Identification Techniques for Multi-PD Source in GIS
气体绝缘组合电器多局部放电源的检测与识别
14.
Oxygen / Hydrogen Electrolytic Gas Generation Apparatus
氧／氢电解气体制造装置
15.
Hydrogen could be derived from coal-fired electricity, which is the cheapest source of energy in most parts of the country.
燃煤发电是全美多数地区最廉价的能源，也可做为制造氢气的电力来源。
16.
The main process parameters include hydrogen content in the gas sources, hydrogen plasma catalyst pretreatment, substrate bias, deposition temperature and plasma flow guiding.
主要之制程参数包括气源中之氢气含量、电浆前处理、材偏压、积温度以及电浆导流板之施加。
17.
Hydrogen and Hydrogenous Mixture Fuelled Engine Combustion and Emission Characteristics Study
氢和含氢气燃料发动机燃烧与排放特性研究
18.
The solution then would be to use renewable energy sources to create electricity and to use that electricity to extract hydrogen from water via electrolysis.
那么，解决的方法将是使用再生能源来制造电力，再利用电力，以电解法将氢气从水中分离出来。