2、

The Field Effect Around the Cathode in the Arc Discharge Lamp

放电灯中近阴极区的场致效应

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3、

In this study, the air-cathode microbial fuel cell was inoculated with wastewater and anaerobia activated sludge, stable voltage of 0.24V was obtained after 110h during the starting period.

本文采用空气阴极微生物燃料电池,厌氧活性污泥来接种微生物燃料电池,启动期经过110h获得稳定电压0.24V。

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4、

A study of the copper hollow cathode laser with all metal construction

全金属结构铜空心阴极激光器的研究

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5、

Electron recovery efficiency as low as 10% for both acetate and glucose is observed mainly due to aerobic respiration of microorganisms caused by diffusion of oxygen molecular from the cathode, leading to electron loss.

二者的电子回收率均在10%左右,主要是由于阴极对氧气分子的透过作用引起的微生物好氧呼吸导致电子损失。

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6、

After the cathode ray tube invented, The new type displays have been invented one after other in bypast 100 years.

在从阴极射线管显示技术发明至今的100多年中,新型的显示技术不断出现并得到发展。

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7、

A chromium hollow cathode lamp was used as a light source instead of the deuterium continuum source.

铬空心阴极灯可代替氘灯作为测定光源。

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8、

Based on study of the characteristic and operating principle of the cold-cathode trigger tube, a self-triggering crowbar circuit applied in MPM is proposed.

研究了冷阴极触发管的特性及工作原理,提出了一种应用于微波功率模块中的自触发撬棒保护电路技术。

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9、

CV and EIS tests show that two redox couples of Ni2+/ Ni3+ and Co3+/ Co4+ are observed in the potential range of 2.80~ 4.80 V, and charge transfer resistance of the cathode decreases as the charge cutoff voltage increased.

循环伏安测试表明:在2.80~4.80V扫描范围内,该正极材料发生Ni2+/Ni3+,Co3+/Co4+两对电化学反应。EIS测试表明:随着充电截止电压的增大,该正极材料的传荷电阻变小。

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10、

Bioleaching establishes significant technical advantage to preparing ultrahigh pure cathode copper by SX EW process.

细菌浸出为萃取—电积制备超高纯阴极铜奠定了良好的基础.

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11、

The batteries showed higher specific capacity on high voltage charge-discharge but decreasing rapidly during the cycling. Cathode controls the charging-discharging characteristics, including discharging platform.

高电位下恒流充放电循环,放电比容量虽增加但衰减很快。阴极在很大的程度上控制电池的充放电性能,阴极的放电电位控制着电池的放电平台;

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12、

Cobalt disulfide cathode for high-power thermal battery

二硫化钴作高功率热电池正极材料的研究

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13、

The composite cathode material consisting of LVO and certain proportion of iron disulfide has better general properties compared with LVO and iron disulfide, and it exhibits good performance in long life thermal battery.

以锂化的氧化钒材料为主、添加一定比例二硫化铁的复合阴极材料,其综合性能优于锂化的氧化钒和二硫化铁这两种阴极材料,应用于长寿命热电池中,取得了比较好的效果。

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14、

The electron emission performance of liquid-liquid doping material was studied with emission surveyor designed in our laboratory. The effect of the doping method on the property and structure of tungsten cathode material was emphasized.

在自行设计的发射测量设备上,研究了液液掺杂材料的电子发射性能,着重阐述了掺杂方式对材料发射性能和结构的影响;

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15、

Synthesis and Property of Al Doping Li-Ni-O Cathode Material for Li-ion Batteries

Al掺杂Li-Ni-O系列电池正极材料的制备与性能研究

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16、

Results from the model show that at high current densities back diffusion of water from the cathode side of the membrane is insufficient to keep the membrane hydrated.

模型研究表明,在高电流密度下从膜阴极侧扩散回的水不足以使膜湿润。

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17、

In our research, we adopt platinum as anode lead as cathode cation membrane and filtration fabric as septum separately, electrolysis operation was carried out through electrifying DC.

本研究采用铂阳极、铅阴极,阳离子膜和滤布分别作为隔膜,通直流电进行电解操作。

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18、

He won a 1905 Nobel Prize for his work on cathode rays.

因在阴极射线方面的成果而荣获1905年诺贝尔奖.

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19、

The relationships among microstructure, emission properties and electrical characteristics of screen-printed CNT cathode were studied.

研究了不同碳纳米管含量的冷阴极的场发射特性与其微结构和电学特性的关系.

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20、

The SEM micrographs of CNT deposits formed on the top surface of cathode show quasi-hexagonal structure.

阴极石墨沈积表面的顶面SEM,可见类六边形的结构.

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