给出了不同输入光强下的增益系数。
利用增益系数推导激光系统的动力学方程。
Using gain coefficient to derive the dynamic equations of laser systems.
二波耦合光路测试晶体的指数增益系数。
The two wave coupled path was used to measure the exponential gain coefficient of these samples.
微分增益系数随薄层载流子密度的增加而降低。
The differential gain coefficient decreases with increased sheet carrier density.
LRA的实验装置和测量喇曼增益系数的实验。
The experiment configuration of LRA and the experiment on measuring the Raman gain coefficient are discussed.
利用反射镜法对其小信号增益系数进行了测量。
The small signal gain of the continuum was measured with the mirror.
此时，表示为（7）式中为位移反馈增益系数。
Then is expressed as (7)Where is the gain coefficient of displacement feedback.
给出了光解碘激光器的小信号增益系数的计算方法。
The calculating method of the gain coefficient of a small signal is presented.
该方法采用样本训练自学习，自适应调整变增益系数。
The method enables to adjust the alterable gain coefficients by the sample data sets training and self-learning.
渊增益系数、数据脉冲强度和控制脉冲强度的变化规律。
Brillouin gain coefficient and the intensity of date pulses have no effect on readout efficiency.
分析衰减常数、增益系数和空间常数对图像增强处理的影响。
The effect of passive decay rate constant gain coefficient and space surround constant were analyzed.
测试晶体的吸收光谱、指数增益系数、衍射效率和有效载流子浓度。
The absorption spectra, exponential gain coefficient, diffraction efficiency and effect carrier concentration of the crystal were measured.
本文给出了调谐曲线以及增益系数与泵频率失谐量之间的关系曲线。
The tuning curves of FIR frequency and the curves of system gain coefficient vs. pump detuning frequencies were given.
研究了气体激光器的激励参数、相对激发度和增益系数之间的关系。
The relations among excitation parameter, relative excitation and gain coefficient are deeply investigated.
根据视觉生理心理学原理，具体的增益系数由图像的背景灰度确定。
According to the principle of visually receptive psychology, the gain of enhancement should be determined by the background of the image.
测试晶体的指数增益系数、衍射效率、响应时间、光电导和信噪比。
The exponential gain, the diffractive efficiency, the response time, photoconduction and signal to noise ratio or the crystals were measured.
本文还提出了限定增益系数的方法，以抑制俯仰角过大的估计误差。
A method to limit the amplification in a certain range is proposed for restricting the big estimated error of pitch attitude angle.
研究了各种压力条件下成份比和CH_3I离解度对增益系数的影响。
The influences of pressure, composition and the dissociation degree of CH3I on gain are investigated in detail.
本文用缀饰原子方法解出四能级系统远红外激光增益系数的解析表达式。
In this paper, we use the dressed-atom approach to derive the analytical expression of the gain of a FIR laser with a four-level system.
通过选取适当的增益系数解决了目标不可达问题，使机器人快速到达目标点。
The proper gain factor is selected to solve GNRON problem so as to make the robot reach the goal rapidly.
测试了晶体的指教增益系数、衍射效率、相位共轭反射率和响应时间等光折变性能。
The exponential gain coefficient , diffractive efficiency , phase conjugate reflectivity and the response time were measured.
特别修正了波谱仪的增益系数之间的线性关系并计测了旋转样品管对信号幅度的影响。
Especially, the linear relations between gain Settings of the spectrometer were amended and the effect of rotation of the specimen tube on the signal amplitude was quantified.
利用拟合图谱通过插值得到拉曼增益系数代替传统的将拉曼增益谱近似为三角形的方法。
Raman gain coefficient is drawn from an insert valve of a Raman profile instead of triangle Raman profile approximation.
在整个第一三重态跃迁区域内，小信号增益系数大于吸收系数，证实了产生激光振荡的可能。
The small signal gain coefficient is larger than the absorption coefficient in the whole spectral region, which also confirms the possibility of the laser oscillation in this region.
给出了阶梯型三能级原子系统在相等偏调情况下的运动主方程，得到了双光子增益系数公式。
The master equation of a three-level atomic system interacting with a two-mode field at two-photon resonance is given. The two-photon gain coefficient formula is deduced.
本文根据RKR理论，彩用数值方法比较精确地计算了一氧化碳分子激光器的小信号增益系数。
According to the RKR theory, the fairly accurate small-signal gain in the co -laser operating is calculated using the numerical method in this paper.
对神经网络的结构和学习算法进行了探索性研究，引入一种基于自适应增益系数改进的学习算法。
After exploratory researches for the structure and learning algorithm of neural network, an algorithm based on adaptive gain coefficient is presented.
结果表明：(1)序列脉冲的一个周期内，增益系数大致在阈值上下波动，显示了增益饱和效应。
The results indicate: (1) the gain coefficient fluctuates across the threshold in a period of the pulse trains, it appears as the gain saturation.
通过构造增益补偿光纤实现FRA增益平坦化，给出了补偿光纤增益系数曲线的轮廓及计算方法。
It also flattens the gain of FRA with a balance gain fiber, and provides the calculation method of the coefficient curve for the balance fiber.
根据粒子数密度的计算结果，求解了小信号增益系数，并将该理论计算结果与实验结果进行了比较。
With the calculation results of number density, the small signal gain is calculated. Experimental results are compared with the theoretical results.
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