可逆性

The reversible engine is a cornerstone of thermodynamics, demonstrating the principle that heat can be converted into work and back again.
可逆引擎是热力学的基础，它展示了热量可以转化为功并再次恢复的原理。
In chemical reactions, reversibility refers to the ability for a reaction to proceed both forward and backward under certain conditions.
在化学反应中，可逆性指的是在特定条件下反应既能向前进行又能向后进行的能力。
The process of photosynthesis is largely reversible, as plants can break down glucose to release carbon dioxide back into the atmosphere.
光合作用过程在很大程度上是可逆的，因为植物可以分解葡萄糖释放二氧化碳回大气。
The reversibility of water's phase transition from ice to water and then to steam is a fundamental aspect of its behavior.
水从冰到水再到蒸汽的相变过程的可逆性是其行为的基本特性。
In physics, the second law of thermodynamics states that energy transformations are generally irreversible, but not all processes are strictly so.
在物理学中，热力学第二定律表明能量转换通常是不可逆的，但并非所有过程都是如此严格。
A reversible heat pump can effectively move heat from a cooler space to a warmer one and vice versa.
可逆式热泵能有效地将热量从较冷空间转移到较暖空间，反之亦然。
The reversibility of time is a concept often explored in theoretical physics, although it remains unproven in practical applications.
时间的可逆性是理论物理学中常被探讨的概念，但在实际应用中尚未得到证实。
Some biological processes, like DNA replication, are highly reversible, ensuring the accurate transmission of genetic information.
一些生物学过程，如DNA复制，高度可逆，确保了遗传信息的准确传递。
Reversible computing aims to design computers that can perform operations without losing any information, which would greatly improve efficiency.
可逆计算的目标是设计出在执行操作时不会丢失任何信息的计算机，这将大大提高效率。
In cryptography, reversible encryption algorithms ensure data can be decrypted back to its original form, maintaining data integrity.
在密码学中，可逆加密算法确保数据可以解密回原始形式，保持数据完整性。