目的探讨低功率半导体激光对家兔神经功能恢复的影响。
Objective The effect on neural functional recovery of rabbits irradiated by low intensity semiconductor laser were studied.
目的探讨低功率半导体激光对急慢性关节损伤的治疗作用。
Objective to determine the clinical effect on patients with joint injury treated by low intensity semiconductor laser.
结论低功率半导体激光对急慢性关节损伤，尤其是急性小关节损伤有很好的疗效。
Conclusions There are good results in treatment of acute and chronic joint by low intensity semiconductor laser, especially for small joint.
结论低功率的半导体激光可促进脊髓运动神经细胞功能，加速轴突再生。
Conclusion Low intensity semiconductor laser could promote the function of the spine motor nerve cells and accelerate the axonal regeneration.
该IX2120B补充IXYSICD广泛的高压栅极驱动器，低侧栅极驱动器，光隔离门极驱动器及全系列IXYS功率半导体的产品组合。
The IX2120B complements IXYS ICD's extensive portfolio of high voltage gate drivers, low side gate drivers, optically isolated gate drivers and the full range of IXYS power semiconductors.
半导体光放大器(SOA)由于具有高非线性特性、低开关功率和尺寸较小等优点，非常适合用来实现全光码型转换。
Semiconductor optical amplifier (SOA) is very fit for all optical modulation format conversion due to its high nonlinear characteristics, lower switch power and small size.
TEC存在功率有限、制冷效率低的问题，在用于大功率半导体激光器的温度控制时，常常无法达到所需的制冷效果。
Since TEC has the disadvantage of limited power and low efficiency, the cooling effect is not as effective as expected when used to control the temperature of high-power laser diodes.
在上个世纪五十年代初期，基于半导体结构的新技术，在需要低功率放大的情况下可用晶体管替换三极管实现这一功能。
In the early 1950s, a new technology based on semiconductor construction would replace triodes with transistors, in cases where low-power amplification was needed.
在上个世纪五十年代初期，基于半导体结构的新技术，在需要低功率放大的情况下可用晶体管替换三极管实现这一功能。
In the early 1950s, a new technology based on semiconductor construction would replace triodes with transistors, in cases where low-power amplification was needed.
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