科技与创新
科技與創新
과기여창신
Science and Technology & Innovation
2014年
19期
23-23,27
,共2页
非线性超声技术%检测系统%正弦超声波%二次谐波
非線性超聲技術%檢測繫統%正絃超聲波%二次諧波
비선성초성기술%검측계통%정현초성파%이차해파
nonlinear ultrasonic technology%detection systems%sine ultrasound%second harmonic
对实验室已建立的非线性超声实验系统的数据采集与处理进行了改进和优化。结果表明,新系统在保证实验结果准确、可靠的同时,提高了数据采集、分析的速度和整个系统的集成化程度,从而提升了实验系统的工作效率。
對實驗室已建立的非線性超聲實驗繫統的數據採集與處理進行瞭改進和優化。結果錶明,新繫統在保證實驗結果準確、可靠的同時,提高瞭數據採集、分析的速度和整箇繫統的集成化程度,從而提升瞭實驗繫統的工作效率。
대실험실이건립적비선성초성실험계통적수거채집여처리진행료개진화우화。결과표명,신계통재보증실험결과준학、가고적동시,제고료수거채집、분석적속도화정개계통적집성화정도,종이제승료실험계통적공작효솔。
The experimental system of nonlinear ultrasound laboratory has established a data acquisition and processing has been improved and optimized. The results show that the new system to ensure the results accurate and reliable at the same time, improved data collection, analysis speed and degree of integration of the entire system, so as to enhance the efficiency of the experimental system.