耦合作用

耦合作用扩展了DSSC的光谱响应范围，提高了电池的光电转化效率。

Coupling extended spectral response range and increased the photoelectric conversion efficiency of DSSC .

并利用ANSYS大型有限元软件系统中的温度应力场分析功能，对不同含水率情况下，膨胀岩巷道遇水和地应力耦合作用问题进行了数值模拟。

So , the problem of the swelling rock roadway under the coupling reaction of water and ground stress can be solved by the analytical function of temperature stress field in the software ANSYS .

C母体可以隔离颗粒，削弱磁性颗粒间的耦合作用。

The C matrix can separate the magnetic grains and weaken the interparticle interaction .

温度、水分和施氮量对温室土壤pH及电导率的耦合作用

Coupling effects of temperature , moisture , and nitrogen application on greenhouse soil pH and EC

纳米复合Nd（4.5）（Fe，Ga，Co）（77.5）B（18）磁体的矫顽力和交换耦合作用

Exchange coupling and coercivity of nano - crystalline nd_45 ( fe , ga , co ) _77.5b_18 bonded magnets

剩磁曲线分析表明Cu的加入不能明显降低晶粒间交换耦合作用。

The analysis for the remanence curves show that the addition of Cu can not decrease the intergranular interaction obviously .

另外，Ag的扩散限制了颗粒的长大，削弱了颗粒间的耦合作用。

Meanwhile , the diffusion of Ag suppresses the grain growth , and weakens the interparticle interactions .

利用ANSYS流固耦合作用工具FSI及任意拉格朗日欧拉法对胶液喷射器内胶液流动过程进行了研究。

In this paper ; we present a computational study of the jetting process using ANSYS fluid-structure interaction ( FSI ) analysis tools and .

两种体系呈现的不同现象，来源于Gd与Co、Mn不同的耦合作用和Co的自旋态的转变。

The different phenomena shown by the two systems come from different coupling function between Gd and Co , Mn and from spin state transition of Co.

Spar平台是浮式平台，在海洋环境荷载的作用下会发生运动，平台结构和波浪还会相互产生影响，因此在计算气隙时须考虑平台运动和波浪运动的耦合作用。

Spar platform is a floating platform which moves by the environmental force in the ocean .

热力耦合作用下CFL加固梁温度变形理论分析

The Analysis on Temperature Influence on CFL RC Beam Deformation in Thermo-mechanical Coupling Case

钛合金TC4与铝青铜在冲击滑动耦合作用下的磨损特性

Impact-sliding Wear Property of Aluminum Bronze against Titanium Alloy

裂隙渗流对岩石边坡稳定的影响&渗流、变形耦合作用的DDA法

Influence of seepage on the stability of rock slope & coupling of seepage and deformation by DDA method

纳米双相Nd2Fe（14）B/α-Fe磁体的微结构和交换耦合作用

Microstructure and exchange coupling interaction of nanocomposite Nd_2Fe_ ( 14 ) B / α - Fe magnets

此外，过渡金属进入ZnO晶格中之后，由于ZnO和金属离子的sp-d轨道杂化耦合作用，使价带上移导带下移，从而使ZnO带隙变窄。

Besides , doping of transition metals into makes the conduction band moving down and valence band up due to sp-d orbital hybridization coupling and then narrows bandgap .

地球固体内核（SIC）和地球其余部分之间的引力和压力的耦合作用引起了一个力矩，从而对地球的章动运动产生影响。

Gravitational and pressure couplings between the solid inner core ( SIC ) and the rest of the Earth give rise to torques through which the inner core influences the nutational motion of the Earth .

利用CFD商用软件Flow-3d对铝板坯半连续铸造充型过程中流场与温度场耦合作用下的凝固过程进行了数值模拟。

The numerical simulation of solidification processes were done under flow field and temperature field by using CFD commercial code Flow-3d .

为考虑流固耦合作用，将振动方程的数值方法Runge-Kutta法代码嵌入FLUENT软件中，使之可以进行涡激振动仿真计算。

Considering fluid and solid coupling , the vibration equation method Runge-Kutta numerical method code were embedded in FLUENT software , and then the vortex-induced vibration ( VIV ) can be simulated .

张力式平台（TLP）和铰接塔是一种典型的流体和固体相互耦合作用的结构，这类问题的研究是近年来的热点。

The tension leg platform or an articulated tower is a typical system of fluid and structure interaction , which is a focus in resent research .

本文从MOS管电容模型出发详细分析了MOS源漏自举电路的自举物理过程，认为其中负载管栅电容主要起耦合作用。

The processes of the bootstrapping from source and drain are analyzed in detail based on the capacitor model of MOSFET and it is pointed out that the gate capacitance mainly plays a part of coupling .

电场、残余应力和介质对PZT-5H铁电陶瓷压痕裂纹扩展的耦合作用

Coupling effect of electric field , residual stress and medium on propagation of indentation cracks in a PZT-5H ceramic

1f（7/2）壳层不同种核子组态核能谱与两体自旋轨道耦合作用

The energy spectra of 1f_ ( 7 / 2 ) shell nuclei with nonidentical nucleons configuration and the two body spin-orbit coupling forces

尝试用有限元分析的方法模拟TLD中流体与结构的耦合作用，并验证了由此方法建立起来的流固耦合模型的可靠性；

Finite element method is used to carry on numerical simulation of fluid-structure interaction for the system of TLD , and a verification of the reliability of fluid-structure coupled mode is made .

基于Biot动力固结方程，考虑了土体和水体的惯性力以及水土之间的耦合作用，采用LaplaceHankel积分变换求解耦联合方程组，得到动荷载下饱和地基振动问题的解答。

Based on Biot 's dynamic consolidation equations , by means of Laplace-Hankel transform technology , the integral solutions of stress and displacement in saturated soil with subjacent rock-stratum under axisymmetric arbitrary excitations were derived .

张力腿平台（TensionLegPlatform）是一种典型的流体和固体相互耦合作用的柔性结构系统，与传统固定平台相比，更适合深海环境。

The tension leg platform ( TLP ) is a typical compliant flexible system with fluid and structure interaction . The oceanic environmental forces act on the TLP are quite complex . Compared with the traditional fixed platform , TLP is suitable for the application in the deep sea structure .

用密度泛函理论结合对称性破损方法（DFTBS）研究了混合桥联三核镍配合物的磁交换耦合作用.这类化合物是由三唑和异硫氰酸根桥联形成的混合桥配合物。

Calculations on the magnetic coupling interaction in the mixed bridged trinuclear nickel complexes with triazole and isothiocyanate bridge ligands have been carried out by using the density functional theory combined with the broken symmetry approach ( DFT-BS ) .

热力耦合作用对TAC-1B和TC11合金焊接界面硬度和显微组织的影响

Influence of heat and force coupling action on micro-hardness and microstructures at weld seam of TAC-1B / TC11 alloy

利用不稳定渗流数学模型预测不同时间产能，从本质上改进了传统的油气井流入动态IPR的预测，建立井筒与油藏耦合作用下的不稳态产能预测方法，从而改进了目前的生产系统分析方法。

In this paper , transient flow mathematics model is applied to predict the productivity for all time . This approach improves essentially the prediction of IPR , and uses unsteady productivity prediction by coupling reservoir and wellbore method .

综述了Pr基纳米晶复合磁体交换耦合作用机理及Pr、Nd元素在这类磁体中交换耦合作用的特点，分析对比了添加元素的作用及制备工艺对这类磁体磁性能的影响。

This paper describes the exchange coupling principle for Pr-based nanocomposite magnets , summaries the effect of rare-earth elements ( Nd , Pr ), additive alloy elements , and process on the magnetic properties , finally introduces the engineering application prospect of this kind of magnetic materials .

高功率微波（HPM）武器是目前许多国家竟相研制的新型定向能武器之一[1]，用于扫雷主要是HPM对地雷电子引信的耦合作用。

High-power microwave ( HPM ) weapon is one of new power-beam weapon . Recently great progress has been made in many countries . The mechanism of mine-sweeping applying HPM is it 's coupling action on mine fuzes .