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en·tro·py 英ˈentrəpiː美ˈɛntrəpiAHDĕnʹtrə-pē ☆☆☆☆☆高Ｓ八COCA²⁹⁸⁴⁹BNC¹⁵⁷²²iWeb¹⁵⁰⁹⁵
基本英英词源搭配记法近义反义派生词例句Thesaurus例句
n.熵⁵⁷n.平均信息量¹⁹n.一致性¹²;统一性¹²形容词entropic副词entropically名词复数entropies
化学基本概念
Noun:
communication theory a numerical measure of the uncertainty of an outcome;the signal contained thousands of bits of information thermodynamics a thermodynamic quantity representing the amount of energy in a system that is no longer available for doing mechanical work;entropy increases as matter and energy in the universe degrade to an ultimate state of inert uniformity 1865年，由德国物理学家Rudolph Clausius生造，模仿了单词energy能量，活力，字面意思是正在活动的状态，是一个热力学专业术语，用来描述系统的无序程度。thermal entropy温度熵,热熵…entropy flow熵流entropy rate熵速率entropy unit熵单位joint entropy相关平均信息量,相关…entropy minimization熵极小化entropy increase熵的增加standard entropy标准熵entropy function熵函数activation entropy活化熵entropy change熵变entropy production熵产生entropy layer熵层entropy diagram熵图excess entropy过剩熵entropy elasticity熵弹性melting entropy熔化熵message entropy消息熵internal entropy内熵,内部平均信息量…molar entropy摩尔熵,克分子熵…
钱博士en=in，在…之中+trop转向，转变+y抽象名词后缀→正在从有序向无序转变的状态⇒熵
词根trop-转向，引申为途径、方向，方式来自希腊语，最终源自原始印欧语词根*trep-转。
词源解释1865年，由德国物理学家Rudolph Clausius生造，模仿了单词energy能量，活力，字面意思是正在活动的状态，是一个热力学专业术语，用来描述系统的无序程度。en=in，在…之中+trop转向，转变+y抽象名词后缀→正在从有序向无序转变的状态⇒熵。近义词 s字母sinformation信息randomness随机性selective information选择性信息
Pnegentropy负熵负平均信息量负熵
名词100%
用作名词Theentropydensity is constant ahead of the shock.冲击波前方的熵密度是恒定的。
They can adopt conformations which lead to maximumentropy.他们可以采取有最大熵值的构象。noun.deterioration
同义词 breakup,collapse,decay,decline,degeneration,destruction,worseningfalling apart
反义词 improvement,increase,rise
chaosnoun utter confusion
anarchy,ataxia,bedlam,clutter,disarray,discord,disorder,disorganization,free-for-all,holy mess,lawlessness,misrule,mix up,mobocracy,muddle,pandemonium,rat's nest,snarl,topsy-turviness,tumult,turmoil,unruliness So we could get this result from another pathway, too, but a more simple and direct way is just to start directly from the Boltzmann result for entropy.
所以我们也能从另一途径得到这个结果，但一个更简单，更直接的方式是直接,从波耳兹曼的结果入手得到熵。163 |