- 更多网络例句与阴极粒子相关的网络例句 [注：此内容来源于网络，仅供参考]
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In this dissertation, the axially extracted vircator with feedback is investigated by means of particle-in-cell simulation with some of the results analysed theoretically.
在粒子模拟方面，研究了轴向提取反馈式虚阴极振荡器的振荡频率与腔长的关系，分析了腔体的谐振特性。
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The battery electrode is characterized in that the battery electrode comprises an electrode frame which is arranged in the battery body, movable electrode particles are piled in the electrode frame, the electrode particles are negative particles or positive particles made of solid electrode material, the electrode frame has net-shaped structure and is connectively provided with an input pipeline and an output pipeline which extend out of the battery body, and the electrode frame is connectively provided with an electrode post head.
其特征在于包括安装在电池体内的电极框，电极框内堆积可活动的电极粒子，所述的电极粒子为固体电极材料制成的阴极粒子或阳极粒子，所述的电极框为网状结构，电极框上连接设置伸出电池体外的输入管道、输出管道，电极框上还连接设置电极接线柱。
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The C-band magnetically insulated transmission line oscillator has teen simulated by the three dimensional PIC code in order to study the influence of non symmetry excitation mechanisms on its output modes. It is found that the non symmetry excitation mechanisms, such as random emitting of cathode electron anti the long rise tunic and low magnitude of input voltage, could product higher order modes and reduce output power.
为理解磁绝缘线振荡器实验中频频出现的模式竞争问题，利用3维全电磁粒子模拟程序对C波段MILO的实验模型进行研究，探索各种非对称激励机制对产生微波模式的影响，结果显示：阴极电子随机发射、电压的慢上升前沿、较低的电压等因素都可导致非对称高阶模式的产生，并使输出微波功率大大降低。
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This article introduces some practical problems met in producing high-purity cathode copper , analyzes the reason of cathode copper surface particle formation by particle classification, and puts forward treatment measures and preventive measures to be taken.
介绍了高纯阴极铜生产中易遇到的实际问题，并把电铜表面粒子分成几种类型分析了其粒子形成的原因，提出了处理及应采取的预防措施。
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On the other hand, the external ACMF increased the quantity and directionality of carbon particles, so the quantity and crystallization degree of MWCNTs in cathode depositions. When ACMF and catalyst were adopted at the same time, new cylinder-shaped structures were found in the cathode depositions.
对液体中电弧施加纵向恒定磁场，可以使向阴极表面运动的碳粒子数量增多、定向性增强，从而大大提高阴极沉积物中多壁碳纳米管的数量和晶化程度。
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The surface of the cathode should be clean without copper sulphate and other dirts on it.
阴极铜的表面应洁净，无硫酸铜和其他污物，结晶致密、平整，表面及边缘不得有高出结晶表面的粒子等。
- 更多网络解释与阴极粒子相关的网络解释 [注：此内容来源于网络，仅供参考]
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excitation：激发
/span> 激发(Excitation)?/span>等反应,而产生离子、原子、原子团(Radicals),及更多的电子,以维持电浆内各粒子间的浓度平衡. (详见表三)图(二)显示一个DC电浆的阴极电板遭受离子轰击的情形. 脱离电将的带正电荷离子,在暗区的电场加速下,
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migrate：移动
带阴电荷朝向阳极(anode)移动称之为阴离子(anion),带正电荷朝向阴极(cathode)移动(migrate)者称之为阴离子 cations). 这些带电荷之粒子(particles)称之为离子(ions). 放出电 子产生氧化反应之电极称之为阳极(anode),
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ions：離子
这些带电荷之粒子(particles)称之为离子(ions). 放出电 子产生氧化反应之电极称之为阳极(anode),得到电子产生还元化应 之电极称之为阴极(cathode). 整个反应过程称之为电解(electrolysis).
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cathode particle：阴极涂层粒子
147. cathode parameter ==> 阴极参量 | 148. cathode particle ==> 阴极涂层粒子 | 149. cathode peaking ==> 阴极高频补偿,阴极高频峰化
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cathode particle：阴极粒子
"cathode modulation","阴极调变" | "cathode particle","阴极粒子" | "cathode potential stabilized emitron","阴极稳压摄像管"