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1)  capacitive discharge
电容性放电
2)  capacitive-discharge ignition
电容性放电点火
3)  capacitor discharge
电容放电
1.
Compared with the construction characteristics and function between the t raditional stud welder and invert capcitor discharge stud welder,the main circu it of invert capacitor discharge stud welder,control circuit,discharge circuit and charge circuit are analyzed in detail in this article.
比较了传统式与逆变式电容放电螺柱焊机的结构特点与性能。
2.
A multi-pulse ignition system based on capacitor discharge was developed,in which,real-time adjustment of the ignition interval and number can be realized.
开发了一套基于电容放电的多脉冲点火系统,可实时调整点火间隔和点火次数;并在一台内部废气再循环(EGR)的汽油机上研究了多脉冲点火参数对火花助燃均质充量压缩着火(HCCI)燃烧过程的影响。
3.
The ignition of capacitor discharge is a process of oscillation by capacitor discharging to RL circuit set.
电容放电点火过程实质是电容对RL电路的振荡放电过程。
4)  capacitance discharge
电容放电
1.
On capacitance discharge,voltage drop-time and current-time curves are tested through two electrodes,and the dynamic resistance-input energy relationship of semiconductor bridge is derived.
利用电容放电加载,通过测试半导体桥两端电压以及流过半导体桥的电流随时间的变化曲线,获得了半导体桥动态阻抗随输入能量变化的曲线。
5)  condenser discharge
电容放电
1.
In order to find out more efficient treatment technology, the removal of medium-low concentration hydrogen sulfide (H_2S) and carbon disulfide (CS_2) from gas stream were studied experimentally with Ultraviolet (UV) photolysis, which is emitted by novel electrodeless lamps powered by microwave discharge or condenser discharge.
恶臭是仅次于噪声的第二大公害,为了寻求有效的治理技术,本文以中低浓度的硫化氢、二硫化碳为研究对象,采用微波放电和电容放电激发内充惰性气体物质的无极灯,发出紫外辐射,对新型无极紫外辐射技术常温常压降解流动态恶臭气体进行了实验室研究。
6)  discharge capacity
放电容量
1.
Relationship between open-circuit voltage and discharge capacity of VRLA batteries for electric bicycles;
电动自行车电池开路电压与放电容量的关系
2.
Relationship of AC impedance and discharge capacity for Ni(OH)_2 electrode;
Ni(OH)_2电极交流阻抗与放电容量的关系
3.
Factors affecting discharge capacity of Ni/MH battery positive electrode;
影响MH/Ni电池正极放电容量的因素
补充资料:低压电容放电
分子式:
CAS号:

性质:发射光谱分析中的激发光源。它与高压火花光源高电压、小电容相反,而采用低电压(200~1000V),大电容(数十微法)得到大的放电能量。利用高频火花引燃,具有电弧至火花的多种放电形式,应用范围很广,并与光电直读光谱仪配套。

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