2024年3月8日发(作者:)
thermodynamics n. 热力学
system n. 体系
thermodynamic state 热力学状态
dimension 量纲
SI= International System of Units 国际单位制
intensive thermodynamic variable 强度(热力学)变量
extensive thermodynamic variable 广度(热力学)变量
celsius scale 摄氏刻度 → fahrenheit scale
kelvin scale 开尔文刻度 → Rankine scale
dead-weight gauge 静压、压力表
mano meter (流体)压力计
product 乘积
kinetic energy 动能
E1k2mu2
potential energy 势能
EPmgz
conservation 守恒
* Terms in chapter 2
sublimation curve 升华线
fusion curve 熔融线
vaporization curve (蒸发)汽化线
single-phase region 单相区
triple point 三相点
univariant 单变量
divariant 多变量
critical point 临界点
critical pressure 临界压力
华氏刻度
critical temperature 临界温度
dome-shaped curve 圆拱形曲线
saturated vapors at their condensation temperatures 露点的饱和蒸汽
saturated liquids at their vaporization(boiling) temperatures 泡点的饱和液体
vapor pressure 蒸汽压
subcooled-liquid region 过冷液体区
superheated-vapor region 过热蒸汽区
partial derivative 偏导数
differentiate v. 求微分,求导 differentiation n.
derivate n. 求导数 derivation 求导数,求解
incompressible fluid 不可压缩流体
ideal-gas
理想气体
简单流体 (argon、krypton、xenon) simple fluid
virial expansion 维里展开式
维里系数
维里方程
virial coefficients
virial equation
equation of state
状态方程
PV
RT1V
VTPcompressibility factor 压缩因子
Zvolume expansivity 体积膨胀系数
isothermal compressibility 等温压缩系数
acentric factor
isothermal process
isobaric process
isochoric process
adiabatic process
polytropic process
throttling process
等温过程
偏心因子
1V
VPT等压过程
等容过程
绝热过程
多变过程
节流过程
H0
truncate equation to two terms 截断方程前二项
cubic equation of state 立方型状态方程
reduced pressure
reduced temperature
reduced density
corresponding-state parameters 对应态参数
generalized correlations 普遍化关联
nonpolar
非极性的
弱极性的
高极性的
对比压力
对比温度
对比密度
slightly polar
highly polar
volumetric properties 容积性质
realistic 现实主义的,逼真的
dashed line 虚线
dotted line 点线
straight line 实线
Terms in chapter 3
internal energy 内能 transport across
kinetic energy 动能
Et1mu2
2potential energy 势能
Epmgz
conservation 守恒
operator 算符,运算符 (such as “Δ”)
system 体系
surroundings 环境
closed system 封闭体系
open system 开放体系
finite change 有限的变化
infinitesimal change 无限的变化
differential change 微分(小)的变化
intensive property 强度性质
extensive property 广度性质
specific or molar property 单位(比)性质或摩尔性质
property — variable — function
thermodynamics state of the system 体系热力学状态
thermodynamics properties 热力学性质
state function(s) 状态函数
equilibrium 平衡
(the) phase rule 相率
reversible process 可逆过程
irreversible process 不可逆过程
mechanically reversible 机械可逆
thermostate 恒温箱
constant—temperature bath 恒温浴
efficiency 效率,(有效)系数
enthalpy 焓
heat capacity 热容
constant—volume heat capacity 恒容热容
constant—pressure heat capacity 恒压热容
vector quantity 矢量
scalar magnitude 数量,纯量
continuity equation 连续方程
steady state (flow process) 移去(流动过程)
datum level 基准面
shaft work 体积功
stirring work 搅拌功
work associated with moving the flow streams 流动功
expansion work 膨胀功
surface work 表面功
electricity work 电功
calorimeter 量热计(测定焓)
intensive property 强度性质
extensive property 广度性质
shaft work 轴功
enthalpy 焓
entropy 熵
heat-capacity 热容
Gibbs energy (G) 吉布斯自由能
Helmholtz energy (A) 亥姆霍茨自由能
internal energy 内能
system 系统,体系
close system 封闭体系
equilibrium state 平衡态
total differential of F F的全微分
exact differential expression 全微分表达式
Maxwell equations 麦克斯威尔方程
homogeneous fluid 均相流体
residual property 剩余性质
real gas 真实气体 actual gas
ideal gas 理想气体
explicit function 显函数
volume explicit 体积显函数
pressure explicit 压力显函数
isentropic process 等熵过程
reversible adiabatic process 绝热可逆过程
pseudocritical parameter 虚拟临界参数
path variables 过程变量
state variables 状态变量
constant pressure heat capacity CP
等压热容
constant volume heat capacity CV
等容热容
residual property
reference state
剩余性质
参比态
reference condition
partial derivative 偏导数
total derivative 全导数
volume expansivity 体积膨胀系数
isothermal compressibility 等温压缩系数
quality
fugacity
逸度
逸度系数
干度
fugacity coefficient
*Terms in Chapter 4
chemical potential 化学势,化学位
partial property
偏性质
偏摩尔性质
理想溶液
真实溶液
超额/过量性质
超额/过量自由焓
偏摩尔超额/过量性质
活度
活度系数
标准态
混合性质
正规溶液
无热溶液
partial molar property
ideal solution
real solution
excess property
excess Gibbs energy
partial excess property
activity
activity coefficient
standard state
property change of mixing
regular solution
atherpical solution
local-composition
局部组成
局部摩尔分数 local molar fraction
*Terms in Chapter 5
First Law of thermodynamics(energy conservation law)热力学第一定律
steady-state flow processes
control volume
heat Engines
热机
卡诺热机
热效率
热力学效率
等熵效率
理想功和损耗功
稳定状态流动过程
控制体
Carnot engine
thermal efficiency
thermodynamic efficiency
isentropic efficiency
ideal work and lost work
exergy 火用
available Energy, availability, utilizable Energy 有效能
*Terms in Chapter 6
steam Power cycle
Carnot-engine cycle
蒸汽动力循环
卡诺循环
抽气回热循环
热电循环
乏气
热源
工质
汽耗率SSC
cycle with feed water heaters
heat-power cycle
exhaust steam
heat reservoir
working substance of the engine
specific steam consumption
refrigeration Cycle
制冷循环
蒸汽压缩(制冷)循环
吸收式制冷
卡诺冷机
vapor-compression cycle
absorption refrigeration
Carnot refrigeration
reversed heat-engine cycle 逆热机循环
multi-stage compression refrigeration多级压缩制冷
heat pump
throttling expansion process 节流膨胀过程
热泵
reversible adiabatic expansion process 可逆绝热膨胀过程
inversion curve and inversion point
condenser 冷凝器
转变曲线和转变点
expander
compressor
膨胀机
压缩机
evaporator
supheater
turbine
boiler
pump
蒸发器
过热器
透平机
锅炉
泵
*Statements of the second law
statement1: No apparatus can operate in such a way that its only effect (in system and
surrounings) is to convert heat absorbed by a system completely into work done by
the system。(Klevin)
Statement2: No process is possible which consists solely in the transfer of heat from
are temperature lend to a high one。(克劳修斯)
Statement 2 of the second law is the basis for Carnot’s theorem:
For two given heat reservoirs no engine can have a thermal efficiency higher than
that of a Carnot engine
*Terms in Chapter 7
criteria for phase equilibrium
dew point and bubble point
flash calculation
相平衡判据
露点和泡点
闪蒸计算
thermodynamics Consistency of VLE data 汽液平衡数据的热力学一致性检验
integral inspection method
relative volatility
azeotrope
相对挥发度
恒沸
恒沸点
积分检验法
azeotropic point
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