- 更多网络例句与驻波相关的网络例句 [注：此内容来源于网络，仅供参考]
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With the aid of the Laplace transformation, an analytical solution for the motion of the plane standing wave in the presence of free surface charge is obtained. Moreover, the motion of the cylindrical standing wave in the presence of free surface charge is solved using semi-analytical method.
通过变换的方法，求得了平面驻波漏电介质模型解析形式的初值解，并用半解析半数值的方法求解了柱面驻波漏电介质模型的初值解。
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After the analysis this paper holds that the conclusion in line with Bohr Theory can be drawn only if one employs the symmetry satisfied by standing wave condition of circinal string vibration to strength the condition of forming the standing wave when handling angular momentum of the motion of electron going round nucleus in a circle.
提出应该利用封闭弦振动的驻波条件满足的对称性，以加强形成驻波的条件，来处理电子绕核作圆周运动角动量的量子化问题，才能得出与玻尔理论一致的结论。
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In Chapter 4,with the consideringof the reflection and transmission,we solved analytically the two-dimension 〓equation for the diffraction of the atomic de Broglie waves by a resonant standing laser fieldand calculated numerically the density distributions,the momentum distributions,and thereflection coefficient.
对于二能级原子在激光驻波栅上的衍射问题，我们严格求解了原子与共振激光驻波场相互作用的〓方程，数值计算了原子空间密度分布，动量分布，以及原子反射率与透射率。
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Numerical Simulation and Experimental Investigation on A Thermoacoustic Engine with Tapered Resonance Tube A symmetrical standing-wave thermoacoustic engine with tapered resonance tube has been numerically simulated with liner thermoacoustics. The simulation shows that using tapered resonance tube in thermoacoustic engine could decrease the velocity amplitude and lower the total acoustic power loss in the resonance tube. The experimental results indicate that the harmonic was suppressed effectively by using the tapered resonance tube, and the pressure ratio was improved.
采用锥形谐振管的热声发动机的数值模拟和实验研究利用线性热声理论，对一台采用锥形谐振管的驻波型热声发动机进行了数值模拟，发现采用锥形谐振管可有效降低工质气体的速度振幅，进而减小在谐振管中声功率的损失；与一台在相同频率下工作的采用等直径圆柱谐振管的驻波型热声发动机进行了实验对比，结果表明，在使用锥形管作为谐振管的热声发动机系统中，谐振管中的非线性效应得到了明显的抑制，热声发动机在基频模式下稳定运行，压比增大而加热温度降低。
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The research work of this paper on the vibroacoustical characteristics of standing wave tube systems is helpful to the formation of the theory of finite-amplitude standing waves.
本文所做的有关驻波管系统声振特性的研究工作将有助于建立完整的大振幅驻波理论。
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In this paper, a clock network coupled by 1/2 wave length standing wave oscillator, based on CMOS technology, is designed.
在这篇论文中，我们将设计一个基于CMOS工艺的二分之一波长驻波振荡器耦合而成的驻波时钟分布网络。
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The interference of the incoming and reflected sound waves forms clear standing wave pattern in the tube.
在驻波演示管内，由扬声器发出的行波和反射面形成的反射波干涉形成物理模型清晰的驻波。
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The research which is the important part of the tunable erbium-doped fiber laser is composed of two main parts: 1. the gain part of the tunable erbium-doped fiber laser, which in fact is an erbium-doped fiber amplifier, its output characteristics are discussed both in theory and experiment, and the differences are also discussed between theory and experiment; 2. the saturated absorber part of the tunable erbium-doped fiber laser, also the part to narrow the line width of the fiber laser. The line-width narrowing mechanism in fiber laser induced by unpumped Er-doped fiber is presented from the aspect of coupling wave equation, and the main factor is considered as the standing wave induced by interference. The line-width is narrower when the standing wave is stronger, and the narrowing effect disappears with the disappearance of the standing wave. In the experiment, when adding a Faraday mirror in the laser cavity to remove the standing wave , the narrowing effect disappears. So the theory is proved by the result of the experiment.
本课题的研究内容是集成光学声光可调谐掺铒光纤激光器的重要组成部分，主要分两部分：1、声光可调谐掺铒光纤激光器中增益部分的研究，相当于对掺铒光纤放大器的研究，理论上对掺铒光纤放大器的输出特性进行分析，实验上实现了掺铒光纤放大器系统，并将实验数据与理论计算数据进行对比，分析了误差产生原因；2、声光可调谐掺铒光纤激光器中饱和吸收体部分的研究，即压窄光纤激光器输出线宽的研究，从耦合波方程出发，理论上解释了未泵浦掺铒光纤压窄光纤激光器线宽的原理，分析了影响该作用的主要因素是未泵浦掺铒光纤中相对传输的光干涉形成的驻波：驻波越强，压窄效果越好，相反当没有驻波时，没有压窄效果，在实验上通过在激光器腔内加入法拉第旋转镜使驻波消失，同时压窄效果消失，从而验证了理论分析的正确性。
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This paper described the principle of plane ultrasonic spreading abroad in the liquid coming into being ultrasonic grating,educed the density and refractive index changing rule basis continuity equation of not-ideal liquid and Lorentz-Lorenz law,expressing the transformation of the index and refractive index satisfaction similar equation of standing wave,and described the relation curve of the standing wave form at a few special times,liquid density and refractive index periodic variety according to the res...
描述了平面超声波在液体里传播形成超声光栅的原理；根据非理想流体对应的连续性方程和Lorentz-Lorenz定律，推导了液体光栅中液体密度与折射率的周期性变化规律，表明液体密度和折射率变化满足相似的驻波方程；根据推导的结果描绘了几个特殊时刻的驻波波形、液体密度、折射率周期性变化之间的关系曲线；进而由折射率周期性变化规律分析了超声驻波自身像的形成原理，并给出了CGS型超声光栅声速仪利用超声驻波自身像测量声速的方法与实验结果。
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The course curves of tidal level and tidal current velocity during a tidal cycle for 35 stations are calculated for the post-glacial transgression maximum.
根据冰后期最大海侵时古长江河口湾及其周围海域35个计算站一个半日潮周期的潮位、潮流过程曲线得知，冰后期最大海侵时古长江河口湾及其周围海域的潮波为驻波以及驻波前进波混合型。
- 更多网络解释与驻波相关的网络解释 [注：此内容来源于网络，仅供参考]
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standing-wave introducer：驻波导入器
standing-wave indicator 驻波指示器 | standing-wave introducer 驻波导入器 | standing-wave meter 驻波表
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standing wave：驻波,定波
standardized component 标准化部件 | standing wave 驻波,定波 | standing-wave detector 驻波检测器
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standing wave ratio：驻波比
实际上,由於传输线与其他元件上会损失能量,很难产生完全反射与完美的驻波,通常只是不完全的驻波,即驻波和行进波的叠合,我们用驻波比(Standing Wave Ratio)来测量完全驻波或行进波的比例.
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standing wave indicator：驻波指示器
standing-wave analyzer 驻波分析器 | standing-wave indicator 驻波指示器 | standing-wave introducer 驻波导入器
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standing wave indicator：驻波检测器
standing-wave detector 定常波測定器 | standing-wave indicator 驻波检测器 | standing-wave meter 驻波测定器,驻波检测器,驻波指示器=>定常波測定器
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standing wave detector：驻波检测器
standing derrick 起重拔杆 | standing wave detector 驻波检测器 | standing wave measurement instrument 驻波测量仪
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standing wave detector：驻波侦测器
"驻波","standing wave" | "驻波侦测器","standing wave detector" | "驻波侦测器","standing wave detector"
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standing wave antenna：驻波天线
standing wave aerial 驻波天线 | standing wave antenna 驻波天线 | standing wave indicator 驻波指示器
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stationary wave method：驻波法
"stationary wave absorption measurement","驻波吸收量度" | "stationary wave method","驻波法" | "stationary wave pattern","驻波图型"
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standing wave system：驻波系统
"standing wave ratio","驻波比" | "standing wave system","驻波系统" | "standing wave voltage ratio","驻波电压比"