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.
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.
目的应用半导体激光穴位及损伤局部照射，研究此方法对大鼠神经损伤后再生的治疗作用。
Objective to investigate the effects of postoperative semiconductor laser therapy on nerve regeneration following sciatic nerve anatomy neurorrhaphy.
半导体激光治疗对患者的损伤较小，安全有效，更能被患者所接受。
The treatment of Semiconductor laser, was safe and effective, it can be more easily accepted by patients easily.
选择3d k2器件做辐照实验，得到了几个中子源对硅半导体辐照损伤的初步的能谱等效结果。
Some 3dk2 transistors were selected for the irradiation experiment and primary neutron spectrum equivalence results were obtained.
半导体材料的辐射损伤研究是电子系统辐射损伤及其加固研究的基础。
The research of radiation damage in semiconductor materials is the basis of that in electronic systems and their hardening.
半导体材料的辐射损伤研究是电子系统辐射损伤及其加固研究的基础。
The research of radiation damage in semiconductor materials is the basis of that in electronic systems and their hardening.
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