| 1. | Analysis and design of the photonic - band - gap microstrip antenna
用速率方程分析掺杂聚合物光纤的团簇特性 |
| 2. | Consistency among reaction rate equation and state equations of solid explosive
固体炸药反应速率方程与状态方程的相容性研究 |
| 3. | Burn - rate equation
燃烧速率方程 |
| 4. | In this paper , the unstable interior diffusion equation with precise solution of flaky pellet and the macroscopic reaction rate equation are given
文章给出了薄片颗粒的不稳定内扩散方程及其精确解，并导出了宏观反应速率方程。 |
| 5. | The rate equations of theb3 + doped crystal laser in cw operation were solved . we analyzed several factorshich influenced the laser output and obtained the optimum value by calculation
建立了掺yb ~ ( 3 + )晶体激光器的速率方程，对影响连续激光器输出功率的因素进行了分析，得到了各种优化值。 |
| 6. | Secondly , we focus on self - mixing speckle interference . lang - kobayashi rate equations are modified to obtain the output characteristics of laser diode under variable feedback conditions
将移动的粗糙表面形成的外腔等价于随机变化的反馈条件，修正lang ? kobayashi速率方程，得到变反馈条件下的半导体激光器的输出。 |
| 7. | According to the feature of oils , the evaporation of crude oils is not controlled by the boundary layer and the prediction equation based on the water evaporation equation is not correct theoretically
结合原油组分特点，认为过去将原油蒸发当边界层控制来处理，以及以纯水蒸发速率方程为基础通过修正而建立起的原油蒸发速率方程是缺乏理论根据的。 |
| 8. | Formula of gain has been developed by rate equations , several factors , such as doped concentration of er3 + - yb3 + , configuration of waveguide amplifiers and pump power etc , have been analyzed to increase gain
由速率方程得出光波导放大器的增益公式,分析影响放大器增益的各个因素。主要从铒镱离子的掺杂浓度,放大器的结构及泵浦功率三方面加以讨论。 |
| 9. | At first , we introduced the velocity equation of dpssl , which operates in the multi - longitudinal modes . then , we give the dynamic equation of intracavity doubled - frequency dpssl , when we take in the shg ( second harmonious wave generation ) equation
本文首先介绍了固体激光器多模运转的速率方程，结合二次谐波的产生方程，给出了内腔倍频固体激光器的动态方程。 |
| 10. | Lang - kobayashi rate equations are used to analyze the output properties of laser diode under the condition of week feedback . the simulation calculations and experiment results are presented to verify the dynamics of the laser diode
利用lang ? kobayashi速率方程，研究了在弱光反馈的条件下，半导体激光器的输出，通过计算，模拟了半导体激光器的输出情况，并进行了实验的验证。 |
