- 更多网络例句与气体电极相关的网络例句 [注：此内容来源于网络，仅供参考]
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The differences of electric field distribution produced by the variation of parameters in multiple structure asymmetric electrodes system for high power gas lasers are studied.
高功率气体激光器的非对称复杂电极系统中，电极参数的变化以及预电离结构的引入将会使所设计的均匀电场发生具体的改变。
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The simulation experiments of various kinds of electrode system under different pressure show that the gas inceptive when the gap is fixed, discharge voltage is proportional to the pressure; because the degree of uniformity of electrical field is different among the electrode systems, the changing trend of the inceptive discharge voltage with the pressure is unlikeness.
对各种电极在不同压力下进行模拟实验，实验表明：通常情况下，给定间隙，气体的起始放电电压随着压力的增大而增大；不同的电极系统，由于电场的均匀程度不同，起始放电电压随压力变化的趋势也不同。
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According to the damage phenomena at the edge of electrodes, the thermal injection and relaxation characteristics of majority carriers were discussed. An injection model induced by minority carriers was proposed, which emphasized the surface field enhancement effect by non-equilibrium carrier channel, possibly leading to the ionization of the ambient gas above the filament channel.
结合电极边缘细丝状的破坏现象，讨论了电极边缘的热注入和内部多数载流子的弛豫特性，提出了少子引导的注入模型，强调了非平衡载流子通道引起的表面电场增强效应，可引起外部气体电离形成电离通道。
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The conducting polymer Poly 3,4-Ethylene Dioxy Thiophene thin films was prepared by chemical polymerization. Fourier transform infrared and Scanning Electron Microscope were used to characterize its optical property and morphology. A gas sensor using PEDT thin film was fabricated with the assistance of interdigitated electrodes. The sensitivities of the prepared sensor to toxic NO2 and NH3 and its temperature property were studied.
采用化学聚合法制备了导电聚合物3，4-乙烯二氧噻吩膜，利用扫描电子显微镜和傅里叶变换红外光谱法对薄膜的光学成分及形貌进行了分析，采用叉指电极结构研制出了3，4-乙烯二氧噻吩薄膜气体传感器，研究了3，4-乙烯二氧噻吩薄膜气体传感器对有毒气体NO2和NH3的敏感特性以及其自身的温度特性。
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Under the base of it, also considering the characteristics of the multi-channel multistage rimfire gas switch, much study and experiments of the surface flashover along the PMMA insulator and the PMMA housing of the switch were done. Following conclusions were drawn: After introducing PMMA insulator among the board electrodes, the voltage of the discharging of the SF6 drops by 30%. With increasing of the pressure of SF6, voltage of the discharging descends more sharply. With PMMA spacer, the dispersing of the discharging voltage of the gas gap increased as compares to the unbridged gap, such increases in value of the discharging voltage become more obvious with the gas pressure increased.
本文对SF6气体中的沿面放电及影响因素进行了分析，在此基础之上结合边缘点火多级多通道气体开关的沿面绝缘结构特点，经过大量理论分析和电场计算，对有机玻璃支撑绝缘和有机玻璃外筒进行了沿面放电研究，研究结果表明：板电极间SF6气体间隙引入有机玻璃绝缘子后，间隙放电电压平均下降约30%，随气压增大放电电压下降趋势增大，引入有机玻璃绝缘子后放电分散性明显增大，随气压增大，放电分散性呈增大趋势。
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In this method, the gas flow is limited in such a gas channel (5) which adjoins the separation electrode (1) to be shaken by the shaking means (8) when the separation electrode (1) to be shaken by the shaking means (8) is shaken.
在此方法中，当要被振动装置(8)振动的分离电极(1)被振动时，气流被限制在毗邻要被振动装置(8)振动的分离电极(1)的这样一种气体流道(5)之中。
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A gas sensor using PEDT thin film was fabricated with the assistance of interdigitated electrodes.
采用叉指电极结构研制出了3，4-乙烯二氧噻吩薄膜气体传感器，研究了3，4-乙烯二氧噻吩薄膜气体传感器对有毒气体NO2和NH3的敏感特性以及其自身的温度特性。
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A new kind of gas diffusion electrode- flaky and vertical gas diffusion electrode was introduced in this paper.
介绍了一种新型气体扩散电极———片状立式气体扩散电极三相界面的工作原理和优点，这种片状电极可用于气体参与反应的金属-空气电池和燃料电池。
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The scientific meaning of the work above is: researching the kinetics process of the gas diffusion electrode from the porous medium mechanics point of view, which can get more physical parameters effecting the electrode process and be favourable for designing high efficiency gas electrode.
上述工作的科学意义在于：从渗流的角度认识气体扩散电极的电极动力学过程，可以进一步提炼出影响电极过程的物理参数，有助于设计高效率气体电极。
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In the present invention, platinum-carbon catalyst, perfluoro sulfonic acid resin solution and absolute ethyl alcohol are uniformly mixed under ultrasonic conditions; mixture is uniformly smeared on a micro-porous layer of carbon cloth or carbon paper in a brushing or printing method, and a traditional Pt/C gas porous electrode is obtained after drying; silicon oil is adopted to infiltrate into pores of a catalyst layer and a diffusion layer of the traditional Pt/C gas porous electrode, and then the ordering anti-drowning gas porous electrode is obtained after drying.
本发明是将铂碳催化剂、全氟磺酸树脂溶液和无水乙醇在超声波条件下混合均匀，采用涂刷或印制的方法将混合物均匀涂布到碳布或碳纸的微孔层上，干燥后制得传统Pt/C气体多孔电极；然后将硅油渗入到传统Pt/C气体多孔电极的催化层和扩散层孔隙中，干燥后制得有序化抗溺水气体多孔电极。
- 更多网络解释与气体电极相关的网络解释 [注：此内容来源于网络，仅供参考]
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gas dispersoid：气溶胶
gas electrode 气体电极 | gas dispersoid 气溶胶 | gas disease 毒气病
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gasometric analysis, gasometry：气体分析
气体电极|gas electrode | 气体分析|gasometric analysis, gasometry | 气体扩散分离[法]|gaseous diffusional separation
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ISE：离子选择性电极
钠电极名称: 离子选择性电极(ISE) 易清洗型(固体膜)自由液接设计电极名称: 离子选择性电极(ISE) 可更换感应模块自由液接设计电极名称: 离子选择性电极(ISE) 水溶性气体测量电极名称: 离子选择性电极(ISE) 可更换模块式设计
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high power gas laser：高功率气体激光器
high power field 高倍视野 | high power gas laser 高功率气体激光器 | high power graphite electrode 高功率石墨电极
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ionized gas：电离气体
大小与形状都同某些病毒差不多.它可以通过纳米操控技术(nanomanipulation)安置在电极上,或者通过所谓化学气相沉积法[chemical vapor deposition,从电离气体(ionized gas)中沉积出一层又一层碳原子]直接在电极上生长出来.普通收音机的天线通过电磁效应接收信号,
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gas electrode：气体电极
gas equation 气体方程式 | gas electrode 气体电极 | gas dispersoid 气溶胶
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hydrophilic gas electrode：亲水气体电极
hydrophilic filler ==> 亲水填料 | hydrophilic gas electrode ==> 亲水气体电极 | hydrophilic group ==> 亲水基,亲水基团
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hydrophobic gas electrode：疏水气体电极
hydrophobic core ==> 疏水内芯 | hydrophobic gas electrode ==> 疏水气体电极 | hydrophobic group ==> 疎水基
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gas diffusion electrode：气体扩散电极
gas diffusion column || 气体扩散柱 | gas diffusion electrode || 气体扩散电极 | gas diode || 充气二极管
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Gas discharge lamp：气体放电灯
气体放电灯 (Gas discharge lamp)此类光源之发光原理为其两电极间之气体受电子激发而发光. 又可分为低压气体放电灯,如日光灯及高压气体放电灯,如水银灯、高压钠气灯及复金属灯.