- 更多网络例句与耦合相关的网络例句 [注：此内容来源于网络，仅供参考]
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Based on the conception of hologram simulation, multi-field coupling comprises turbulent fluctuating correlation, time-averaged correlation, circular correlation, bilateral and multi-phase correlation. The coupling mechanism has been discussed in detail.
基于铝电解槽全息仿真的概念，将铝电解槽内的多场耦合问题分为时均耦合、脉动耦合、循环耦合与双向耦合以及多相耦合，对耦合机理进行了详细的分析。
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In the works mentioned above, we take some coupled effects into account, including the coupling between the FGM structures and elastic media or compressible fluid, the coupling between mechanical and thermal fields and the coupling between mechanical and electric fields.
在上述工作中，本文考虑了多个耦合因素，包括结构与弹性介质的耦合、圆柱壳与流体的耦合；力场与温度场的耦合、力场与电场的耦合。
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The results show that, when the volume of the secondary room is 1/3 of that of the primary room,the sound energy decay in the primary room is greatly in- fluenced by the secondary room at an aperture size of less than 10% of the wall,that the energy decay curve and the coupling con- stant in the primary room gradually change with the aperture size,and that the effect of the secondary room on the acoustics in the primary room is uniform.
发现在耦合空间体积与主厅体积比为1/3的条件下，当耦合窗面积与隔墙面积比小于10%时，耦合空间对主厅的声能衰减有较大影响；主厅的声能衰减曲线和耦合常数随开口的改变而逐渐发生变化：耦合空间对主厅各点音质的影响比较均匀。华南理工大学物理科学与技术学院；华南理工大学物理科学与技术学院广东广州 510640；广东广州 510640
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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。
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The endogenic and exogenic geodynamic forces which are relative to slope evolution can be called geodynamic factors.
1引言斜坡灾害是地质体在各种内、外地质动力耦合作用下的产物，这种耦合作用可能是瞬间动态力和静态力的耦合，也可能是极慢的时效力和静态力的耦合，或者是多重动力作用的耦合[1，2]。
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The optimized processing parameters including screen print and hot pressing were obtained. In order to reduce error, the method of double-face screen print in key electrode layer and stepped press were used. Ceramics are dense after sintering. The thickness of electrode is about 5μm. The test fixtures based on microstripe for SMD were design and fabricated.
采用平面电感和平板电容结构实现的LC谐振器，由于集总电感的Q值较小以及高介电常数介质基片杂散参数效应，这种结构的谐振器Q值较小；采用新的耦合结构-间隙电容耦合结构，实现谐振器和外电路的匹配耦合，使谐振器和耦合电容在同一层上实现，即单层结构，和传统的平行板电容耦合方式相比减小了耦合电容对位误差。
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Couple charge and uncouple charge are the two forms of structure of bore charge, the latter often applies air-uncouple and water-uncouple forms.
炮孔装药结构分为耦合装药和不耦合装药，后者因不耦合介质不同由可分多种不耦合装药形式，较常用的是空气不耦合装药和水不耦合装药。
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The major research includes the following three points. First, using finite element method, the influence factors on propagation properties for PMF couplers are analyzed, including the shape of coupler cross-section, the taper of coupler bipyramidal and the angle deviation of the birefringent axes.
基于热-结构-电磁多物理场耦合有限元方法，分析了保偏光纤耦合器的传输特性和耦合系数在熔锥区的变化规律，从而求解耦合模方程，得到偏振光经过耦合器后的光功率分布，继而对保偏光纤耦合器的性能参数分光比、消光比及附加损耗进行理论分析。
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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。
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The electric capacity coupling matching and inductance coupling match are two kinds of forms that conducted coupling, passing the analysis to constitute the mechanism and principle to them, putting forward repressing a few of their methods: Match the length that can adopt to let up to lead line and enlarge the line to be apart from to the electric capacity coupling ,.
电容性耦合和电感耦合是传导耦合的两种形式，通过对它们构成机理以及原理的分析，提出了抑制它们的几种方法，如对于电容性耦合可以采用减小导线的长度、增大线间距，平衡法，对干扰源和被干扰源进行屏蔽等方式进行抑制干扰；对于电感耦合可以用减小互感，局部形成耦合环，对干扰源进行屏蔽等方式来对干扰进行抑制。
- 更多网络解释与耦合相关的网络解释 [注：此内容来源于网络，仅供参考]
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capacitive coupling amplifier：电容耦合放大器
capacitive coupling 电容耦合; 容性耦合 | capacitive coupling amplifier 电容耦合放大器 | capacitive coupling meter 电容耦合测试器
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conductive coupling：电导耦合,导偶,直接耦合,直啮合
condenser coupling amplifier 电容耦合放大器 | conductive coupling 电导耦合; 导偶; 直接耦合; 直啮合 | conduit coupling 电缆管道连接
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coupled modes：耦合振型,耦合方式
3594. coupled lasers 耦合激光器 | 3595. coupled modes 耦合振型,耦合方式 | 3596. coupled oscillations 耦合振动
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crosstalk coupling：串音耦合、串话耦合
串话补偿 crosstalk compensation | 串音耦合、串话耦合 crosstalk coupling | 串音耦合损耗 crosstalk coupling loss
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crosstalk coupling：串话耦合; 串扰耦合; 混信耦合
cross-linked coupling 十字形联轴器 | crosstalk coupling 串话耦合; 串扰耦合; 混信耦合 | crosstalk coupling tracer 串音耦合图示仪
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interstage coupling：级间耦合; 管子间耦合
interphase coupling 相间耦合 | interstage coupling 级间耦合; 管子间耦合 | interstage coupling method 级间耦合法
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capacity coupling meter：电容耦合测试仪
capacity coupling measuring set 电容耦合测量仪 | capacity coupling meter 电容耦合测试仪 | carrier coupling capacitor 载高频耦合电容器; 高频耦合电容器
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direct-coupled cavities：真接耦合空腔谐振器
direct-coupled ==> 直接连结,直接耦合,直接耦合的 | direct-coupled cavities ==> 真接耦合空腔谐振器 | direct-coupled circuit ==> 直接耦合电路
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grid plate coupling：栅板耦合; 栅板耦合; 栅板耦合
grid coupling 栅极耦合 | grid plate coupling 栅板耦合; 栅板耦合; 栅板耦合 | groove for coupling 联结用槽
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capacitance resistance coupling：电容电阻耦合,阻容耦合
电容耦合的 capacitance-coupled | 电容耦合触发器 capacitance-coupled flip-flop | 电容电阻耦合,阻容耦合 capacitance-resistance coupling