自由能

词组短语

free energy · work function · Helmholtz function · Helmholtz potential

与自由能相关的网络例句 [注：此内容来源于网络，仅供参考]

The abscissa of the concentration convergence equals to the changes in the desorbed free energy of 1mol pure organic solvent, while that of carbon number convergence equals to the negative free energy change of its end group of the homologue, when the concentration of organic solvent is one tenth in the mobile phase.

浓度收敛点的横坐标是1mol纯溶剂的解吸附自由能；而碳数收敛点的横坐标为当流动相中有机溶剂的浓度为纯有机溶剂浓度的十分之一时的同系物端基的保留自由能的负值。

The effect of O2 plasma pretreatment on surface free energy of PS was investigated by means of contact angle and surface free energy measurements.

通过接触角及表面自由能分析，探讨了O2等离子体预处理条件对PS表面自由能的影响，确定了预处理的最佳条件。

In addition, we have also measured the contact angle that stilled water contact with powder-graphite with the capillary rise method based on Washburn's equation.

石墨粉末表面色散自由能为21.8mJ.m-2，极性自由能为1.8mJ.m-2，总的表面自由能约为23.6mJ.m-2，以色散自由能为主。这是去离子水能够湿润石墨粉末，但湿润性相对较差的一个原因。

Moreover, the curve of mixing energies△G_m at different surface compressure vs molar fraction of nervonic acid appeared a positive deviation comparing to the ideal mixing surplus energies△G_M~1 curve, which indicated a phase separation phenomena in the mixed monolayer.

此外，在不同表面压下的混合自由能ΔG_m对神经酸摩尔分数曲线与理想的混合过剩自由能ΔG_M~1曲线相比出现相似的正偏差，说明这种混合单分子膜出现了相分离现象。

Both a free volume approach for Helmholtz free energy and a theoretically-based fitted formula for radial distribution function of hard sphere solid were employed to describe the Helmholtz free energy of Lennard-Jones solid in the framework of first order thermodynamic perturbation theory.

结合描述硬球固体Helmholtz自由能的自由体积方法与描述硬球固体径向分布函数的拟合的分析表达式与一阶热力学摄动理论，用于描述Lennard—Jones固体的Helmholtz自由能。

A simple estimation method for molar Gibbs free energy and enthalpy of formation for complex oxysalt minerals is proposed. Complex oxysalt minerals are divided into complex oxysalt minerals with water and complex oxysalt minerals without water. Complex oxysalt minerals without water can be considered as the composite of acidic oxides and alkaline oxides, so their molar Gibbs free energy or molar enthalpy of formation can be calculated by the summation of molar Gibbs free energy or molar enthalpy of formation of the acidic oxides and alkaline oxides which are combined into the complex compounds.

提出了一种复杂含氧盐矿物的摩尔生成Gibbs自由能和摩尔生成焓的简单估算方法，并把复杂含氧盐矿物分为不含水复杂含氧盐矿物和含水复杂含氧盐矿物，不含水复杂含氧盐矿物可以看作是酸性氧化物和碱性氧化物组成的物质，其摩尔生成Gibbs自由能或摩尔生成焓都可以看作是酸性氧化物和碱性氧化物复合成的化合物摩尔生成Gibbs自由能或摩尔生成焓之和。

The content of the irregular bigger drop phase approached to pyrope. It showed that the crystallization and phase separation mechanics of the glass was the nucleation-and-growth transformation and the crystallization is bulk crystallization. The activation energies of phase separation and crystallization were calculated by the modified Kissinger method, about 310.445 KJ/mol and 249.26 KJ/mol respectively. Using the aluminum hydroxide as the reference, we calibrated the phase separation exothermal enthalpy of the quenched and nucleation treated glass, ca

钠镁侣硅系统徽晶玻瑞快速徽晶化机理的研究利用上式求得混合系统中两相的单位体积相变自由能、两相间的表面能和相互作用参数，分别为刁。6753xlo3了zcm3·、3ss.gozzem3、5.316xlo一JzcmZ和一442 xlol，进而求得球形核的临界半径为nnm，以及一个临界核的成核自由能变化为2石89 x10一14/cm3；成核半径16.5纳米时，球形核稳定存在，实测 1752个球形核中最小核半径为20纳米，与计算结果基本吻合。

At each level, the parameters, hyper parameters and model parameters are adjusted to minimize the Kullback-Leibler divergence between their posteriors and real distributions so that the variable free energy can approach the real free energy.

在指出证据框架和自由能最小化方法等贝叶斯推理方法的局限性的前提下，通过对比证据框架的方法，提出了自由能框架的概念，将通常难以求解的自由能最小化过程分解成参数自由能最小化、超参数自由能最小化、模型参数自由能最小化等层次，在每个层次上调节参数、超参数和模型参数，使其后验分布为其真实分布之同的Kullback-Leibler距最小，以使可变自由能逼近真实自由能。

The binding free energy calculations by the following equation:〓 In first equation, the left parenthesis denotes the absolute free energies associated with complex system G〓 and unbound protein G〓, respectively, while the right parenthesis contains solvated inhibitor G〓 and solvent water G〓.

预测结合自由能的计算公式如下：〓ΔG〓是体系结合自由能，G〓是复合物的绝对自由能，G〓是未结合抑制剂的蛋白质绝对自由能，G〓被溶剂化的抑制剂绝对自由能，G〓溶剂水的绝对自由能。

BEARER OF FREEDOM - YEAR OF THE WINGED HORSE Keynote: Freedom in Action Truth in Action: Divine Union, Freedom, Power Colors: Pale Lavender - Pale Yellow - Peach Animal Totem: Horse Aquatic Totem: Manta Ray Year of Birth: 2004, 2022, 2040 4、自由肩负者-飞马之年基调:起作用的自由行动真相:神性统一、自由、力量颜色:淡紫色-浅黄色-桃色动物标志:马水生物标志:电鳗出生年份:2004, 2022, 2040 Those born under the archetypal pattern of Freedom in Action will be gifted at allowing for evolution and ascension in their own life dance, the group that they affiliate with, and the whole of humanity.

那些诞生在本原型模式者，将擅长于让进化和提升在其自身生命舞蹈、在所加入的群体及整个人类中出现。这一类型的人类可能会感到过于受局限而不能在同一个地方停留太长时间；就像过去的吉普赛人一样，他们会从一个地方流浪到另一个地方，让更大自由流入与他们所接触的一切人的生命舞蹈中。

与自由能相关的网络解释 [注：此内容来源于网络，仅供参考]

free energy：自由能

(一)氧化还原电势和自由能变化 1.自由能 生物氧化过程中发 生的 生化反应的能量变 化与 一般化学反应一样 可用 热力学上 的自由能变化来描述.自由能(free energy)是 指一个体系的总能量中,在恒温恒压 条件下能够做功的那一部分能量,

Gibbs free energy：吉布斯自由能

又过了两年,1963年,安芬森把这个假说推广到其他蛋白质,正式提出所谓的"热动力学假说"(thermodynamic hypothesis),又称"安芬森信条"(Anfinsen's dogma),其内容是:在正常的生理环境下,天然蛋白质的三维结构是整个系统中吉布斯自由能(Gibbs free energy)最低的.

Gibbs free energy：吉布自由能

所谓的一级转变是指吉布自由能(Gibbs free energy)的一次微分在此一转变温度时有著不连续. 对於二级转变而言,在转变温度时则有著对吉布自由能的二次微分不连续[1]. 另一方面,从恒温压缩比(isothermal compressibility)的变化上亦显示出在Tg点时的不连续:在玻璃转变过程中,

Gibbs free energy：自由能

由这两个定律可进一步推导出各种热力学性质(如熵、焓、自由能等)间的关系式,以及在描述相平衡时很重要的一个判断标准:在某一温度、压力下,当一个独立系统达到平衡状态时,相对於所有可能的状态,其总自由能(Gibbs free energy)恒维持在最低值,此

Helmholtz free energy：亥姆霍兹自由能

亥姆霍兹函数判据 Helmholtz function criterion | 亥姆霍兹自由能 Helmholtz free energy | 亥氏函数 Helmholtz function

Helmholtz free energy：赫尔姆霍茨自由能

耳轮 helix | 赫尔姆霍茨自由能 Helmholtz free energy | 赫尔姆霍茨错觉 Helmholtz illusion

Helmholtz free energy：黑姆荷兹自由能

Helmholtz equation 黑姆荷兹方程式 | Helmholtz free energy 黑姆荷兹自由能 | Helmholtz function 黑姆荷兹函数

configurational free energy：构形自由能

configurational family | 构型族 | configurational free energy | 构形自由能 | configurational partition function | 构形配分函数

interfacial free energy：界面自由能

interfacial polymerization 界面聚合 | interfacial free energy 界面自由能 | interfacial conductance 界面电导

excess free energy：过剩自由能

excess enthalpy 过剩焓 | excess free energy 过剩自由能 | excess oxygen flame 过剩氧火焰