thermodynamic entropy meaning in Chinese

热力学的熵

Thermodynamic entropy , in contrast , depends on the states of all the billions of atoms ( and their roaming electrons ) that make up each transistor
与此相对照，热力学熵的大小取决于数十亿个构成电晶体的原子（及其漫游电子）的状态。
As miniaturization brings closer the day when each atom will store one bit of information for us , the useful shannon entropy of the state - of - the - art microchip will edge closer in magnitude to its material ' s thermodynamic entropy
随著微型化的快速进展，一个原子能够储存一个位元资讯的日子也越来越近；对于最新颖的微晶片来说，有用的夏侬熵将会逐渐逼近晶片材料的热力学熵。
A silicon microchip carrying a gigabyte of data , for instance , has a shannon entropy of about 1010 bits ( one byte is eight bits ) , tremendously smaller than the chip ' s thermodynamic entropy , which is about 1023 bits at room temperature
例如，一个带有10亿位元组数据的矽微晶片所拥有的夏侬熵约是1010个位元（一个位元组有八个位元），远小于晶片的热力学熵? ?在室温时约为1023位元。