首次提出振荡管气柱谐振概念。
焊盘的谐振输出是系统设计的关键。
研究了准恒场驱动谐振子的物理特性。
The physical property of oscillator driven by quasi-constant field is studied.
谐振是本论文的主题。
石英晶体谐振器是一种提供基准时基的器件。
Quartz crystal resonators are devices that supply standard time base.
谐振腔一端为平面反射镜，一端为金属栅网。
其结果对横向振动微谐振器的设计有一定意义。
The result is helpful to design micro-resonator to some extent.
石英晶体谐振器的振动实质上是一种机械振动。
Vibration of a crystal unit is actually mechanical vibration.
谐振器中心打孔，单晶样品通过一介质棒伸到孔心。
The measured samples are put into the central hole of the resonator.
对LC串联谐振环进行了较深入的理论分析和研究。
Theoretical analysis of LC series resonant link is given in detail.
进而由几何关系给出了谐振波长漂移规律的解析表达式。
Further more, the analytic express of the rules was gotten by geometric analysis.
特别是针对一种新型的谐振型耦合结构进行了详细的研究。
Especially, a new so called resonant coupling structure has been studied in detail.
谐振子运动的研究，无论在理论上还是应用上都具有重要意义。
Its significant in theory and application to study the motion of oscillators.
对于激光系统性能而言，谐振腔最佳透射率具有非常重要的作用。
For the laser system performance, the resonator optimum transmission is of great important.
首先，利用准谐振软开关技术能够有效降低开关损耗，提高效率。
One approach is the soft switch technique that is used to reduce switch loss.
测试结果证明，sc切晶体谐振器确实比at切的具有更多的优点。
Measurement results have shown that the SC cut crystal has an advantage over at cut.
最后，采用时间序列分析方法建立了半球谐振陀螺的随机误差模型。
Finally, the random error model of HRG is established by using time series analysis method.
本文简要分析了在坐标表象、动量表象、粒子数表象中一维谐振子的性质。
The Solution of Harmonic Oscillator with Electric Charge at Electric Field in Coordinate Basis;
利用适当设计的谐振环路，亦可对特定频率的危险寄生模，进行有效的阻尼。
Effective damping also can happen to the special mode by designing a suitable resonant loop.
利用适当设计的谐振环路，亦可对特定频率的危险寄生模，进行有效的阻尼。
Effective damping also can happen to the special mode by designing a suitable resonant loop.
应用推荐