reverse pulse in Chinese

• [网络] 反脉冲电流；反向脉冲；反脉冲式

• "reverse current metering pulse" in Chinese :    反向电流计次脉冲
• "reverse" in Chinese :    vt. 1.使颠倒，使倒转，使反转；使翻转；翻(案)。 2.掉换，交换。 3 ...
• "reverse reverse" in Chinese :    向后倒行
• "pulse" in Chinese :    n. 1.脉搏；有节奏的跳动；【动物；动物学】脉冲(波)；脉动。 2.意向； ...
• "pulse by" in Chinese :    pulse该电流检测电路还能起到逐个脉冲; pulse逐脉冲
• "pulse on" in Chinese :    脉冲启动; 起动
• "pulse the" in Chinese :    脉搏
• "pulse-on" in Chinese :    n. 启动。
• "the pulse" in Chinese :    心声场
• "a reverse dictionary" in Chinese :    倒序词典
• "assembler reverse" in Chinese :    反译组合器
• "auto reverse" in Chinese :    自动翻带; 自动翻转
• "auto-reverse" in Chinese :    自动翻转
• "automatic reverse" in Chinese :    自动翻转; 自动反向; 自动换向
• "cancel reverse" in Chinese :    关掉反推

• Lastly, it designs the electric circuit . the valve achieves the function of self-closedown when the electricity is stopped by using big capacitance components and reverse pulse discharge
  最后，对电磁阀进行电路设计，采用大电容元件及反向脉冲放电，实现了断电自关闭功能。
• Chapter 5 describes how to design fuzzy control rulers by reverse pulse algorithm, which solves the problem of fast charging on the storage battery . this method is applied to improve the efficiency of power conversion and shorten the charging time
  第五章从蓄电池快速充电理论出发，根据马斯定律，以电压和温升作为控制变量，运用反向脉冲模糊控制算法对蓄电池快速充电进行模拟，用以提高电能转换效率，缩短充电时间。
• For electrodeposition by dc methods, the metals deposite uninterrupted and the particles were also embeded uninterrupted into the coatings; for electrodeposition by pc method, the particles with biggish volume were desorbed from the coatings and returned to the electrolyte again owing to the presence of pulse interval; for electrodeposition by prc method, the particles carried positive charges are much more easy to desorb from the coatings owing to the effecf of reverse pulse current combined with pulse interval, in addition, the reverse pulse current also could dissovle the metals, further accelerates the desorption of particles, thus the particles size embeded in the coatings by prc method is the least
  直流电沉积时,基质金属的沉积连续进行,粒子在电极表面不间断嵌入镀层;单脉冲电沉积由于脉冲间歇的存在使得具有较大体积的粒子会脱附,重新回到溶液中;采用周期换向脉冲时,反向脉冲电流使表面荷正电的较大的粒子更易从电极表面脱附,同时,反向脉冲电流对基质金属的溶解作用,也会促进粒子的脱附,因此镀层中复合粒子尺寸最小。随着镀层中粒子复合量的增加,三种镀层的晶粒都明显细化,说明al_2o_3的存在阻止了晶粒的长大,提高了电沉积过程中晶核的形成速率。
• For electrodeposition by dc methods, the metals deposite uninterrupted and the particles were also embeded uninterrupted into the coatings; for electrodeposition by pc method, the particles with biggish volume were desorbed from the coatings and returned to the electrolyte again owing to the presence of pulse interval; for electrodeposition by prc method, the particles carried positive charges are much more easy to desorb from the coatings owing to the effecf of reverse pulse current combined with pulse interval, in addition, the reverse pulse current also could dissovle the metals, further accelerates the desorption of particles, thus the particles size embeded in the coatings by prc method is the least
  直流电沉积时,基质金属的沉积连续进行,粒子在电极表面不间断嵌入镀层;单脉冲电沉积由于脉冲间歇的存在使得具有较大体积的粒子会脱附,重新回到溶液中;采用周期换向脉冲时,反向脉冲电流使表面荷正电的较大的粒子更易从电极表面脱附,同时,反向脉冲电流对基质金属的溶解作用,也会促进粒子的脱附,因此镀层中复合粒子尺寸最小。随着镀层中粒子复合量的增加,三种镀层的晶粒都明显细化,说明al_2o_3的存在阻止了晶粒的长大,提高了电沉积过程中晶核的形成速率。