The coulombmeter function of the electrometer measures charge by integrating the input current.

其输入级的反馈回路中使用了一个积分电容器。

In a10kV distribution system,when shunt ca-pacitors are switched off by vacuum circuit breakers,restrike overvoltage often occurs.

电力系统中使用真空断路器切除无功补偿用并联电容器时,容易产生重燃过电压,严重影响并联电容的安全。

Carbon Nanotubes (CNTs) were activated by CO2 and air under different durations, then were used in polarizable electrodes of electric double-layer capacitors (EDLCs).

要对碳纳米管粉体高温下进空气和碳活处理，并用于制作双电层电容器极板。

The Capacitor turns the signal in antiphrasis, the only thing whole. The Earphones do such long ago. The Shot of the handgun not audible.

什么是积极保护？基本原理是：发射和接收信号---一个放大器，一个晶体管---一个可变电阻的电容器---一个扬声器或射极的输出装置。

The interelectrode dielectric adopts the polypropylene film with surface coarsening which is easy to impregnate so as to enhance the reliability of high-capacity capacitor.

极间介质为易于浸渍的表面粗聚丙薄膜，特别提高了大容量电容器的可靠性。

The coulombmeter function of the electrometer measures charge by integrating the input current.

其输入级反馈回路中使用了一个积分器。

In a10kV distribution system,when shunt ca-pacitors are switched off by vacuum circuit breakers,restrike overvoltage often occurs.

力系统中使用真空断路器切除无功补偿用并联器时,易产生重燃过压,严重影响并联安全运行。

Carbon Nanotubes (CNTs) were activated by CO2 and air under different durations, then were used in polarizable electrodes of electric double-layer capacitors (EDLCs).

摘要对碳纳米管粉体高温下进行空气和二氧碳活，并用于制作双层器极板。

The Capacitor turns the signal in antiphrasis, the only thing whole. The Earphones do such long ago. The Shot of the handgun not audible.

什么是积极保护？基本原是：发射和接收信号---一个放大器，一个晶体管---一个可变阻器---一个扬声器或射极输出装置。

The interelectrode dielectric adopts the polypropylene film with surface coarsening which is easy to impregnate so as to enhance the reliability of high-capacity capacitor.

极间介质为易于浸渍表面粗聚丙薄膜，特别提高了大量器可靠性。

The coulombmeter function of the electrometer measures charge by integrating the input current.

其输入级的反馈回路中使用了一个积分容器。

In a10kV distribution system,when shunt ca-pacitors are switched off by vacuum circuit breakers,restrike overvoltage often occurs.

力系统中使用真空断路器切除无功补偿用并联容器时,容易产生燃过,影响并联容的安全运行。

Carbon Nanotubes (CNTs) were activated by CO2 and air under different durations, then were used in polarizable electrodes of electric double-layer capacitors (EDLCs).

摘要对碳纳米管粉体高温下进行空气和二氧化碳活化处理，并用于制层容器极板。

The Capacitor turns the signal in antiphrasis, the only thing whole. The Earphones do such long ago. The Shot of the handgun not audible.

什么是积极保护？基本原理是：发射和接收信号---一个放大器，一个晶体管---一个可变阻的容器---一个扬声器或射极的输出装置。

The interelectrode dielectric adopts the polypropylene film with surface coarsening which is easy to impregnate so as to enhance the reliability of high-capacity capacitor.

极间介质为易于浸渍的表面粗化聚丙薄膜，特别提高了大容量容器的可靠性。

The coulombmeter function of the electrometer measures charge by integrating the input current.

其输入级的反馈回路中使用了一个积分电容器。

In a10kV distribution system,when shunt ca-pacitors are switched off by vacuum circuit breakers,restrike overvoltage often occurs.

电力系统中使用真空断路器切除无功补偿用并联电容器时,容易产生重燃过电压,严重影响并联电容的安全运。

Carbon Nanotubes (CNTs) were activated by CO2 and air under different durations, then were used in polarizable electrodes of electric double-layer capacitors (EDLCs).

对碳纳米管粉体高温下进空气化碳活化处理，并用于制作双电层电容器极板。

The Capacitor turns the signal in antiphrasis, the only thing whole. The Earphones do such long ago. The Shot of the handgun not audible.

什么是积极保护？基本原理是：发射接收信号---一个放大器，一个晶体管---一个可变电阻的电容器---一个扬声器或射极的输出装置。

The interelectrode dielectric adopts the polypropylene film with surface coarsening which is easy to impregnate so as to enhance the reliability of high-capacity capacitor.

极间介质为易于浸渍的表面粗化聚丙薄膜，特别提高了大容量电容器的可靠性。

The coulombmeter function of the electrometer measures charge by integrating the input current.

其输入级的反馈回路中使用了一个积分电容器。

In a10kV distribution system,when shunt ca-pacitors are switched off by vacuum circuit breakers,restrike overvoltage often occurs.

电力系统中使用真空断路器切除无功补偿用并联电容器时,容易产生重燃过电压,严重影响并联电容的安全运行。

Carbon Nanotubes (CNTs) were activated by CO2 and air under different durations, then were used in polarizable electrodes of electric double-layer capacitors (EDLCs).

摘要对碳纳体高行空气和二氧化碳活化处理，并用于制作双电层电容器极板。

The Capacitor turns the signal in antiphrasis, the only thing whole. The Earphones do such long ago. The Shot of the handgun not audible.

什么是积极保护？基本原理是：发射和接收信号---一个放大器，一个晶体---一个可变电阻的电容器---一个扬声器或射极的输出装置。

The interelectrode dielectric adopts the polypropylene film with surface coarsening which is easy to impregnate so as to enhance the reliability of high-capacity capacitor.

极间介质为易于浸渍的表面粗化聚丙薄膜，特别提高了大容量电容器的可靠性。

The coulombmeter function of the electrometer measures charge by integrating the input current.

其输入级的反馈回路中使用了一个分电。

In a10kV distribution system,when shunt ca-pacitors are switched off by vacuum circuit breakers,restrike overvoltage often occurs.

电力系统中使用真空断路切除无功补偿用并联电,易产生重燃过电压,严重影响并联电的安全运行。

Carbon Nanotubes (CNTs) were activated by CO2 and air under different durations, then were used in polarizable electrodes of electric double-layer capacitors (EDLCs).

摘要对碳纳米管粉体高温下进行空气和二氧化碳活化处理，并用于制作双电层电板。

The Capacitor turns the signal in antiphrasis, the only thing whole. The Earphones do such long ago. The Shot of the handgun not audible.

什么保护？基本原理：发射和接收信号---一个放大，一个晶体管---一个可变电阻的电---一个扬声或射的输出装置。

The interelectrode dielectric adopts the polypropylene film with surface coarsening which is easy to impregnate so as to enhance the reliability of high-capacity capacitor.

间介质为易于浸渍的表面粗化聚丙薄膜，特别提高了大量电的可靠性。

The coulombmeter function of the electrometer measures charge by integrating the input current.

其输入级的反馈回路中使用了一个积分电容。

In a10kV distribution system,when shunt ca-pacitors are switched off by vacuum circuit breakers,restrike overvoltage often occurs.

电力系统中使用真空断路切除无功补偿用并联电容时,容易燃过电压,严影响并联电容的安全运行。

Carbon Nanotubes (CNTs) were activated by CO2 and air under different durations, then were used in polarizable electrodes of electric double-layer capacitors (EDLCs).

摘要对碳纳米管粉体高温下进行空气和二氧化碳活化处理，并用于制作双电层电容。

The Capacitor turns the signal in antiphrasis, the only thing whole. The Earphones do such long ago. The Shot of the handgun not audible.

什么是积保护？基本原理是：发射和接收信号---一个放大，一个晶体管---一个可变电阻的电容---一个扬声或射的输出装置。

The interelectrode dielectric adopts the polypropylene film with surface coarsening which is easy to impregnate so as to enhance the reliability of high-capacity capacitor.

间介质为易于浸渍的表面粗化聚丙薄膜，特别提高了大容量电容的可靠性。

The coulombmeter function of the electrometer measures charge by integrating the input current.

其输反馈回路中使用了一个积分电容。

In a10kV distribution system,when shunt ca-pacitors are switched off by vacuum circuit breakers,restrike overvoltage often occurs.

电力系统中使用真空断路切除无功补偿用并联电容时,容易产生重燃过电压,严重影响并联电容安全运行。

Carbon Nanotubes (CNTs) were activated by CO2 and air under different durations, then were used in polarizable electrodes of electric double-layer capacitors (EDLCs).

摘要对碳纳米管粉体高温下进行空气和二氧化碳活化处理，并用于制作双电层电容极板。

The Capacitor turns the signal in antiphrasis, the only thing whole. The Earphones do such long ago. The Shot of the handgun not audible.

什么是积极保护？基本原理是：发射和接收信号---一个放大，一个晶体管---一个可变电阻电容---一个扬射极输出装置。

The interelectrode dielectric adopts the polypropylene film with surface coarsening which is easy to impregnate so as to enhance the reliability of high-capacity capacitor.

极间介质为易于浸渍表面粗化聚丙薄膜，特别提高了大容量电容可靠性。

The coulombmeter function of the electrometer measures charge by integrating the input current.

其输入级的反路中使用了积分电容。

In a10kV distribution system,when shunt ca-pacitors are switched off by vacuum circuit breakers,restrike overvoltage often occurs.

电力系统中使用真空断路切除无功补偿用并联电容时,容易产生重燃过电压,严重影响并联电容的安全运行。

Carbon Nanotubes (CNTs) were activated by CO2 and air under different durations, then were used in polarizable electrodes of electric double-layer capacitors (EDLCs).

摘要对碳纳米管粉体高温下进行空气和二氧化碳活化处理，并用于制作双电层电容极板。

The Capacitor turns the signal in antiphrasis, the only thing whole. The Earphones do such long ago. The Shot of the handgun not audible.

什么是积极保护？基本原理是：发射和接收信号---放大，晶体管---可变电阻的电容---扬声或射极的输出装置。

The interelectrode dielectric adopts the polypropylene film with surface coarsening which is easy to impregnate so as to enhance the reliability of high-capacity capacitor.

极间介质为易于浸渍的表面粗化聚丙薄膜，特别提高了大容量电容的可靠性。