解耦合

基本解释 (translations)

uncoupled

与解耦合相关的网络例句 [注：此内容来源于网络，仅供参考]

An original two-dimensional Causes-Results Theory was promoted to be three-dimensional Orbit Intersecting Theory, which can be utilized to illuminate mechanism and measurement of coupling; and Domino Theory from H·W·Heinrich was redefined into "Mechanism of Eliminate and Uncoupling", which extend the connotation and thought of original theory and was discussed by this dissertation.

基于系统工程理论，论述了人-物-环系统中对HMTE风险构成因素的识别，在分析单因素、双因素和三因素耦合致因机理以及现有理论的基础上，提出了三维轨迹交汇理论，并建立了耦合致因模型，探索了HMTE直接耦合机理、间接耦合机理和风险构成的耦合度量，提出了剔除解耦、隔离解耦和支撑解耦三种机理的模型和方法。

To make memory trace is the smallest, the system designs clearer palpability, in the layer must solve coupling to become smaller package.

为了使内存痕迹最小，系统设计更清楚明了，中间层必须解耦合成更小的组件。

Thirdly, according to the development of the frozen soil, the coupling model of single freezing pipe of axial symmetry of temperature field, stress field and moisture migration is put forward firstly. Then, by means of the progressing principle of potential field, the coupling model of temperature field, stress field and moisture migration which is under the condition of the multi-freezing pipes is extended. At last, the energy balance equation, stress balance equation, quality balance equation, geometric equation, physical equation, initial and boundary conditions etc are adopted to give the analytic solution to the problem of plane axial symmetry of single freezing pipe.

第三，在对室内试验和现场实测结果研究的基础上，分析了土体冻结过程中温度场、应力场、水分场耦合原理，并按照冻土体形成发展过程，首先建立了单一冷源冻结轴对称温度、应力、水分场耦合模型；接着利用势场的迭加原理，将单一冷源情况的三场耦合问题推广到多冷源情况的三场耦合；最后根据能量守恒平衡方程、应力平衡方程、质量守恒平衡方程、几何方程、物理方程、初始及边界条件，解出了单一冷源平面轴对称问题的解析解。

This article investigates the two-point boundary value problem to a coupled system of nonlinear fractional differential equations. By applying growth conditions on the nonlinear terms, we obtain an existence result of solutions. Our analysis relies on the Schauder fixed-point theorem and the reduction of the considered problem to the equivalent coupled system of integral equations.

本文讨论非线性分数阶微分方程耦合系统的两点边值问题，应用Green函数，将其转化为等价的积分方程耦合系统，并设非线性项在无穷远处有增长条件，应用Schauder不动点定理证明解而非限于正解的存在性。

In chapter 6, we discussed the wavefront solution of a kind of lattice differential equation which derives from diverse fields. We obtained the wavefront solution by using sup-subsolution iteration when the coupled functions are quasimonotone, and by applying Schauder fixed point theorem, we also obtained the wavefront solution when the coupled functions have a different quasimonotone property.

在第六章中，我们对一类从实际问题中抽象出来的二阶时滞格微分方程的行波解进行了讨论，用单调迭代的方法讨论了耦合函数具有拟单调性时行波解的存在性，用不动点的方法讨论了耦合函数具有指数拟单调性时行波解的存在性。

In AC drive control system, in order to obtain the high dynamic response of an induction machine, the magnetizing and torque components of stator current must be decoupled suitably respective to the rotor flux vector .

以感应电机为核心的交流拖动系统为了获得电机的高动态特性，对应于转子磁链向量的定子电流的两个分量励磁分量和转矩分量必须进行合适的解耦合。

Through the experiment results, in different phonation model, analysis the properties of glottal vocal efficiency, vocal folds vibration, and voice source.

我们在对嗓音—呼吸系统进行自动分割与分段特征表达的目标指引下，建立了具有国内一流水平的嗓音声学实验室；从概念上对嗓音—呼吸系统重新划分，以声门为中心分别建立去耦合和弱耦合条件下的嗓音—呼吸系统和肺胸系统数学模型；采用离体犬喉作为声带振动的物理模型，对数学模型进行完善与证实；采用盲解卷技术在去耦合和弱耦合条件下，提取上下声道传递函数、嗓音源和发声效率，研究上下声道去耦合和弱耦合条件下不同发声方式与状态对发声效率的影响。

Crown and flatness semi-decoupling design was put forward according to the coupling models' characteristic. A crown and flatness decoupling control system and its application strategy for tandem cold mills were designed to accomplish a dynamic shape control system.

然后针对耦合模型特点进行凸度平坦度半解耦设计，以补偿凸度控制和平坦度控制之间的耦合影响关系，进而设计凸度平坦度解耦控制系统，并给出冷连轧机组凸度平坦度解耦控制应用策略，组成完整的动态板形控制系统。

In a O〓-Ar mixture, the dynamic process of vibration-dissociation coupling behind a primary shock front is studied. The variation of many of the physical quantities with time are calculated out, such as the vibrational energy level distribution, the vibrational energy, the vibrational relaxation time, the dissociation incubation time, the dissociation product concentration, the dissociation rate and the dissociation rate coefficient.

对O〓-Ar体系考查了正激波后振动激发与解离耦合的动态发展过程，计算给出了振动布居分布、振动能、振动弛豫时间、解离孕育时间、解离产物浓度、解离速率、解离速率系数各物理量随时间的演化。

The numerical model of non-linear wave in harbor, including the non-coupled and non-linear wave numerical model, the numerical model combined Boussinesq equations with Laplace equation and the coupled numerical model combined Boussinesq equations with Euler's equations, are studied.The studies on non-coupled and non-linear wave numerical model are following.

本文分别以Boussinesq方程，二维和三维Laplace方程，欧拉方程和牛顿第二定律作为基本控制方程，分别从非耦合非线性波浪计算模型(指单独采用一个计算模型：本文指Boussinesq方程，或边界元法解Laplace方程，或有限元法解Laplace方程)、Boussinesq方程与Laplace方程耦合计算模型、Boussinesq方程与欧拉方程耦合计算模型三个方面对港口非线性波浪计算模型展开了研究。

与解耦合相关的网络解释 [注：此内容来源于网络，仅供参考]

decouple：解耦合

XDNA MVC Framework中的Task是一个逻辑功能单元. 使用Java Reflection技术,将Java Class提供的功能自程式码中解耦合(Decouple),达到高度的应用程式执行期(Runtime)调整弹性.

exact solution：精确解

很不幸的是、任何四维量子场论(除了自由场之外)都没有精确解 (exact solution). 而弱耦合微扰理论(weak couplng perturbation theory)在强交互作用中又不适用. 故此如何得出标准模型(或任何四维量子场论)之非微扰解(nonperturbative solution),

Serendipitous Decoupling：意外获得的解耦合

Test Isolation 测试促使模块之间隔离 | Serendipitous Decoupling 意外获得的解耦合 | Acceptance Tests 验收测试

uncoupled：解耦合的

uncontrolled 不受控制的 | uncoupled 解耦合的 | uncoupled particle 解耦合粒子

uncoupled：解耦合

uncounted 没有数过的 | uncoupled 解耦合 | uncourteous 不知礼仪的

uncoupled mode：非耦合模式=>非結合

uncoupled lightguides 非耦合光波导 | uncoupled mode 非耦合模式=>非結合モード | uncoupled particle 解耦合粒子

uncoupled particle：解耦合粒子

uncoupled 解耦合的 | uncoupled particle 解耦合粒子 | uncut lens 未加工透镜

decoupled subsystem：解耦子系统

decortication || 脱皮,脱壳 | decoupled subsystem || 解耦子系统 | decoupling || 解耦,去耦,退耦,去耦合

uncoupling：拆开, 解钩, 解偶联, 退耦合

Hallstatt 初期铁器时代的 | uncoupling 拆开, 解钩, 解偶联, 退耦合 | battery check card holder 蓄电池检查票插

uncoupling：解钩 解偶联作用 脱开联轴节 拆开

uncoupledparticle 解耦合粒子 | uncoupling 解钩 解偶联作用 脱开联轴节 拆开 | uncouplingagent 解偶联剂