状态函数的英文

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"状态函数"怎么读用"状态函数"造句

英文翻译手机版

function of state
functional of state
functions of state
state function
state quantities
thermodynamic quantities

"状态"英文翻译 status; state; condition; st ...
"函数"英文翻译 function
"下一状态函数" 英文翻译 : next state function
"原始状态函数" 英文翻译 : initial state function
"状态与状态函数" 英文翻译 : state and state functions
"热力学状态函数" 英文翻译 : thermodynamic function of state; thermodynamic quantities
"下一个状态函数" 英文翻译 : next state function
"态函数" 英文翻译 : co titutive function; constitutive function; functions of state; state function
"热力学态函数状态参数" 英文翻译 : stateparameter
"病态函数" 英文翻译 : pathological function
"初态函数" 英文翻译 : initial state function
"多模态函数" 英文翻译 : multimodal function
"非正态函数" 英文翻译 : abnormal function
"构型态函数" 英文翻译 : configuration state function csf
"静态函数" 英文翻译 : static function
"逆同态函数" 英文翻译 : inverse homomorphic function
"同态函数" 英文翻译 : homomorphic function
"形态函数" 英文翻译 : shape function; shapefunction
"正态函数" 英文翻译 : normal function
"局部同态函数" 英文翻译 : locally homomorphic function
"状态变量函数" 英文翻译 : state variable function
"状态迁移函数" 英文翻译 : state transition function
"状态转换函数" 英文翻译 : state transition function
"函数" 英文翻译 : [数学] function◇函数计算机 function computer; 函数计算器 function calculator; 函数运算 functional operation
"状态" 英文翻译 : status; state; condition; state of affairs: (病的)危险状态 critical condition; 战争状态 state of war; 混乱状态 state of chaos; 心理状态 psychology; state of mind; 状态良好 in good condition; 待机状态 the alert status; 处于紧急状态 be in a critical situation; 逐渐出现一种不正常的状态 gradually assume an abnormal condition; 使它恢复到原来的状态 bring it back to its former condition

例句与用法

We must look for another system state function to find the equilibrium criterion .
为了求得平衡判据，我们必须寻找体系的另外的状态函数。
State and state functions
状态与状态函数
Status functions such as fulltextcatalogproperty succeed when they do not have to mount the mssearch catalog
状态函数（如fulltextcatalogproperty ）在不必装入mssearch目录时会成功。
A slightly modified strong tracking filtering algorithm is used to estimate the reduced - order state vector , which is then used to estimate the nonlinear state function
采用一种稍加修改的强跟踪滤波算法估计降阶状态向量，然后利用降阶状态向量估计非线性状态函数。
The afo is an adaptive observer with strong tracking properties , which can accurately estimate the unknown time - varying parameters besides nonlinear state function
该观测器算法是一种具有强跟踪性质的自适应观测器，能在估计非线性状态函数的同时准确估计未知时变参数。
At last , several examples of genetic algorithm improved by simulated annealing algorithm , which adopted different functions deciding whether to accept a state and different markov chains , are used to analyze the property of this algorithm
最后，用计算试验对比了遗传算法和遗传模拟退火算法的收敛性能，对比了采用不同状态函数和不同markov链的遗传模拟退火算法的收敛性能，并对结果进行了分析。
By using theories from the relevant disciplines such as geography , mathematics , physics , ecology , and system sciences , this thesis develops a framework employing the concept of system entropy to represent the state function of the man - earth relationship system . in this framework the entropy change is used to show the development change of the system , and the entropy flow to express the flow among the spatial parts of the system . following the framework , and based on a large set of household data from surveys , the thesis makes a quantitative analysis of the village - level man - earth relationship system from a micro - perspective
借助地理学、数学、物理学、生态学、系统科学等有关学科理论，根据实地调查的大量农户数据，从微观视角对村域人地关系系统进行了定量分析，用人地关系系统熵来表征人地关系系统的状态函数，用熵变来反映人地关系系统的发展变化，用熵流来表示人地关系系统各空间型式地域主体之间的流动。
This dissertation studies mainly the identification and the optimal control problem in parabolic pdes , including the existence of solutions of state equations and optimal solutions of the optimal control and the identification problems , optimality conditions , the relation between the state functions and the control functions ( identification parameters ) , the algorithms of infinite - dimensional optimization problems deriving from the identification and the optimal control problem of distributed parameter system
本文主要研究抛物型分布参数系统辨识与最优控制问题，包括状态方程解和辨识与最优控制问题最优解的存在性、最优性条件、状态函数与控制函数(识别参数)之间的关系及求解基于辨识与最优控制问题而产生的无穷维最优化问题的算法。
Based on the mechanism of shear - slipping dam collapse , the state function of high arch dam shear - slipping failure mode is established , and the function involves four non - fully - independent random variables , namely , compressive stress , shearing stress , coefficient of friction and coefficient of cohesion , and is of nonlinear characteristics
根据剪滑溃坝机理建立了高拱坝剪滑失效模式的状态函数，该状态函数包含压应力、切应力、摩擦系数以及粘结力系数等4个非完全独立的随机变量，且具有非线性特征。