1) reversible potential
可逆电位
2) reversible cell
可逆电池
1.
By supplementing and consummating the special property of reversible electrode and the method of writing reversible cell, this paper put forward a scheme of designing reversible cell which started with the reversible electrode.
本文通过对可逆电极特性和可逆电池书写方法（即电池符号）的补充、完善，提出了一种从可逆电极入手设计可逆电池的方案。
2.
Various types of reversible electrode reaction expressions and electrode diagrams are presented and a discussion about how to design quickly and accurately the appointed chemical reactions into the reversible cell to counter different types of chemical reactions is conducted.
提出了各类可逆电极反应通式和电极图式，并针对不同化学反应，研讨了如何准确快捷地将指定化学反应设计成可逆电
3) reversible electrode
可逆电极
1.
By supplementing and consummating the special property of reversible electrode and the method of writing reversible cell, this paper put forward a scheme of designing reversible cell which started with the reversible electrode.
本文通过对可逆电极特性和可逆电池书写方法（即电池符号）的补充、完善，提出了一种从可逆电极入手设计可逆电池的方案。
2.
Various types of reversible electrode reaction expressions and electrode diagrams are presented and a discussion about how to design quickly and accurately the appointed chemical reactions into the reversible cell to counter different types of chemical reactions is conducted.
提出了各类可逆电极反应通式和电极图式，并针对不同化学反应，研讨了如何准确快捷地将指定化学反应设计成可逆电
4) current reversibility
电流可逆
5) reversible circuit
可逆电路
1.
To ensure the validity and reliability of the reversible circuits,fault detection and localization is necessary.
可逆电路是量子计算科学、低能耗COMS以及纳米技术蜒究的基础。
2.
By analyzing the influence of MGF on the reversible circuit s output,this paper introduced a method to locate missing-gate fault(MGF)that is building fault localization tree.
目前还没有针对可逆电路门失效错误的定位方法。
3.
To ensure the validity and liability of the reversible circuits,fault detection and fault localization are necessary.
确保可逆电路的正确性与可靠性,错误检测必不可少,错误定位难度更高。
6) two-direction motor
可逆电机
补充资料：可逆电池
分子式：
CAS号：
性质：指正向、逆向电极反应都是热力学可逆且又无液体接界的电池。可逆电池的必要条件是：(1)电池反应可正、逆方向进行；(2)允许通过的电流很小，电极反应进程中随时接近平衡态；(3)电池内部无液体接界。
CAS号：
性质：指正向、逆向电极反应都是热力学可逆且又无液体接界的电池。可逆电池的必要条件是：(1)电池反应可正、逆方向进行；(2)允许通过的电流很小，电极反应进程中随时接近平衡态；(3)电池内部无液体接界。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条