A flexible guiding weld dynamic tracking unit is designed out and stable dynamic tracking of ultrasonic continuous automatic inspection is realized.
设计了一种柔性导向焊缝动态跟踪装置，实现了超声波连续自动检测中焊缝的稳定动态跟踪。
In phased-array ultrasonic diagnostic equipment, the phased-array controlling unit is the most important part.
在相控阵超声诊断仪中，相控阵单元是仪器的关键部分。
The application and principle of ultrasonic device to prevent scale depositing for the sulfuric - contained sewage stripping unit were introduced.
介绍了超声波防垢器的防垢机理及其在含硫污水汽提装置的应用情况。
The effect of the ultrasonic stirring and gas stirring on the removal of inclusion was studied by the water modeling experiment under the condition of same unit stirring power in a container.
通过水模型实验，对同一容器内相同比搅拌功率条件下，超声搅拌和气体搅拌对去除夹杂物的影响进行了对比研究。
And meanwhile, add unit metal salt and plural metal salt in the reaction agent of the ultrasonic spray and the proportion added can be adjusted.
同时，在超声喷雾的反应液中，可以添加单元金属盐和多元金属盐，添加比例可调。
The USL unit forms part of an automated line for inspection of assembled printed circuit boards, which includes automated optical, thermal and X ray testing as well as ultrasonic C scan examination.
USL负责的单元是在线检测印刷线路板，该系统包括光，热，及X射线检测，同时还有超声C扫描检测。
For self-made fittings, the correct use of an ultrasonic inspection unit will play an important role in assuring the inspection quality.
对于自制配件，正确使用探伤装置对保证探伤质量能起到一定的作用。
It introduces the structure and principle of the ultrasonic vibration unit, analyzes how to choose the work frequency, and proves that it is valid and feasible by cow ovum cutting experiment.
对此系统的超声振动单元结构及原理进行了分析，阐明了应用中的关键技术点——频率选择，并通过实验验证了超声振动对于减小细胞在切剖中的变形和损伤是非常有效的。
The receiving unit includes a guide member configured to guide the ultrasonic wave that passes through the recording medium to the first vibration member.
该接收装置包括引导件部件，该引导件部件被配置为将经过该记录介质的超声波导向第一振动部件。
It was found in the study that the use of ultrasonic wave increased the concentration of O3 per unit of time because of ultrasonic dispersion;
研究发现，超声可以通过超声粉碎作用，增加单位时间内O3的浓度；
It was found in the study that the use of ultrasonic wave increased the concentration of O3 per unit of time because of ultrasonic dispersion;
研究发现，超声可以通过超声粉碎作用，增加单位时间内O3的浓度；
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