sonoluminescence intensity 声致发光强度
multi-bubble sonoluminescence 多泡声致发光
single-bubble sonoluminescence 声致发光单气泡
conical bubble sonoluminescence 圆锥泡声致发光
single bubble sonoluminescence 单泡发光
sonoluminescence tomography slt 声致发光层析成像
Analyzing ultrasound frequency to affect sonoluminescence intensity.
在实验和理论上分析超声作用频率对声致发光强度的影响。
参考来源 - 声致发光法测量超声空化场的实验研究·2,447,543篇论文数据，部分数据来源于NoteExpress
N luminescence produced by ultrasound 声致发光
Because sonoluminescence was induced by cavitation, thus cavitation appeared a peak.
由于声致发光由超声波空化效应引发，因此，空化效应出现峰值。
Gas concentration in liquid is an important parameter in single bubble sonoluminescence (SBSL), which significantly affects the movement and light emission of the SBSL bubble.
液体中的含气量是单泡声致发光相空间的重要参数，对声致发光气泡的运动及发光有重要影响。
Based on digital signal process (DSP), this article gave the design method of an electronic board, which is used in the scanning imaging system of sonoluminescence tomography (SLT).
基于数字信号处理(dsp)方案设计了一块电路板用于声致发光层析成像(SLT)的扫描成像系统。
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