片语

Electric discharge process workshop电脉沖车间

double glow discharge alloying process双层辉光等离子渗金属

charge-discharge process充放电过程

discharge change process流量变化过程

liquid helium discharge process液氦供液过程

discharge variation process流量变化过程

spark plasma discharge process火花等离子体放电

electro-discharge machining process电火花加工工艺

glow discharge process辉光放电法

英汉例句

• The treatment capacity of high-cobalt zinc concentrate can be increased by reasonable batching and cobalt discharge process of low-cadmium solution.

  通过采用合理的配料，运用贫镉液钴开路工艺，提高了高钴锌精矿的处理能力。

• Through analysis, an actual discharge process line method should be adopted to calculate calculating average discharge per diem.

  经分析采用了实测流量过程线法推算日平均流量，推算成果满足《规范》规定的精度要求。

• The models can be used to explain the discharge process of the capillary and provide theory for the parameters choices and technique design. It showed that the staged power supply...

  理论模型较好地描述了毛细管电弧放电过程，为补偿脉沖发电机的参数选择和方案设计提供了理论依据。

• Because in the discharge process of chemical reaction, can make the electrolyte to the vain, also can make bubbles rising along the trough, can make Germany sunshine battery drop down the sink.

  因为在放电过程中的化学反响，可以使电解液向轻贱，也可以使气泡沿槽的上升，可以使德国阳光蓄电池掉落沿槽下沉。

• The black material is considered as carbon deposition, which is formed by oily-liquid medium fission product (mainly carbon black) covering inside crack during the discharge process of pulse current.

  认为这些黑色覆盖物为脉沖电流在放电过程中，油性液体介质裂变产物(主要为碳黑)涂覆在裂纹内部形成的积碳。

• The feature of electromagnetic wave produced on discharge process from thundercloud to ground is discussed. A non-cycle lightning current model is built to explain it.

  讨论了雷云对地放电过程中的雷电流的特性，解释了非周期雷电流产生的电磁场的特性，并用一个雷电流实例进行了分析说明。

• Influence of function form of the characteristic impedance on discharge process and classification of discharge stability are analyzed and problems are discussed.

  分析了特性阻抗的函数形式对放电过程的影响以及放电稳定性的分类等，对存在的问题也进行了讨论。

• The apparent phenomena and causes of self - discharge resulted from impurities of materials, oxygen in air, intermittent discharge process and collector state were analyzed;

  分析了材料杂质、空气中的氧、间歇放电过程、集流体状态等引起电池自放电的表观现象和产生的原因；

• The discharge process and mechanism of gliding arc, the structure of gliding arc reactor and its application in chemical engineering were all reviewed.

  本文介绍了滑动弧光等离子体的产生过程及反应器结构，并对其在化工领域中的应用进行了综述。

• The computing cases show that both the mean discharge process and variance process can be given for the stochastic flow concentration model.

  提供的算例表明，对于随机汇流模型，不仅可以给出均值出流过程，而且同时可以给出其方差过程。

• The dielectric barrier surface discharge process is simulated using Poisson's equation and drift-diffusion equation and the distribution history of electron, ion and electric field is gained.

  采用泊松方程和漂移-扩散方程对介质阻隔面放电进行数值模拟，得到了电子、离子以及电场分布随时间的变化。

• The prepulse phenomena in the discharge process of accelerator are analyzed in this paper.

  分析了脉沖线加速器在放电过程中产生的预脉沖电压现象。

• Thus it can predicate the discharge process of basin outlet of the different rainfall combinations of the sub-basin.

  可以预测不同子流域降雨组合下的流域出口的流量过程。

• On the testing equipment, air discharge process can be accomplished via hand control and automatic control manners.

  利用该实验装置分别以手动控制模拟器和自动控制装置控制模拟器完成了空气放电过程。

• The space charge layer formed during point discharge process is not enough to prevent the leader from marching, and can not prevent the forming of upward leader, either.

  人工尖端放电形成的空间电荷层既不足以阻止先导的继续推进，也不能防止产生上行先导。

• The electro-pulse discharge process was verified by a set of pin-plane-pin electrode device.

  通过「针—板—针」电极放电实验证实了上述串联脉沖放电过程。

• The fluidizing characteristics and powder discharge process of gas fluid bed reactor with Hypol process were described.

  介绍了聚丙烯流化床反应器流化特性和卸料过程；

• It simplifies the discharge process and that not only stands to increase the quality of care for patients, but also promises to reduce cost of care for hospitals.

  它简化了出院过程，这一点，不仅提升了患者治疗的品质，而且也对医院降低治疗成本作出了承诺。

• The velocity of the gas affected on the discharge process a little.

  烟气流动速度的增加对放电特性的影响很小。

• Fluid model was used to analyze the discharge process and the discharge efficiency of the driving pulse with different wave shapes.

  本文采用流体模型，分析了多种驱动电压波形下，PDP的放电过程和放电效率。为选择合适的外加驱动电压提供帮助。