sonoluminescence
英
美
网络 声致发光; 声发光; 声光现象; 声光效应
双语例句
- The General Analytical Methods for Gases Dissolved in Liquids: Sonoluminescence
液体中溶解气体的普适分析方法-声致发光法 - By using an improved conical bubble U tube, the spectra of conical bubble sonoluminescence in glycol are detected.
利用一种改进后的U型管圆锥泡声致发光装置，研究了乙二醇溶液中圆锥泡声致发光的发光光谱。 - Real time measurement method of ultrasound field dynamic distribution in liquid with sonoluminescence imaging technology
利用声致发光成像技术的液体中超声场动态分布的实时测量方法 - A comparison of new theoretical results with those obtained from the R-P equation is given. Some relevant applications ( for example, sonoluminescence and cavitation fusion) are discussed.
将修正方程的数值解和R-P方程的数值解作了比较，在此基础上，对与气泡振动方程有关的应用（如声致发光和空化核聚变）情况作了分析。 - Sensitivity of Bubble Dynamics to Sound Pressure in Sonoluminescence
单泡声致发光中气泡运动的声压相关性 - The influence of the impurity in liquid on sonoluminescence
溶液的杂质含量对单泡声致发光的影响 - Developing A New Spectroscopy Analytical Method& Sonoluminescence
发展一类新的光谱分析方法&声致发光法 - Single bubble sonoluminescence phenomenon-Mie scattering measurement of bubble motion
单泡声致发光现象&气泡运动的Mie散射测量 - At present single bubble sonoluminescence can been attained and flashing duration can last over 1 h.
利用该系统实现了单气泡发光，持续发光时间超过1h。 - Dynamic behavior of gas bubble in single bubble sonoluminescence& vibrator model
单泡声致发光中气泡的动力学特性&振子模型 - The light pulses and the spectra of conical bubbles sonoluminescence
圆锥气泡声致发光光脉冲和光谱 - This thesis introduces the research history of sonoluminescence, the properties and equipments of single-bubble sonoluminescence ( SBSL) and the factors affecting the amount of light emission.
本文介绍了声致发光的发展历史，对单泡发光的特性和实现声致发光的设备进行了描述，对影响发光强度的要素做了概述； - The Influence of Several Anions on Sonoluminescence
多种阴离子对声致发光的影响 - 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。 - The Influence of Dissolved Oxygen on Sonoluminescence
水体中溶解氧对声致发光的影响 - We show a new method of sonoluminescence in chemical analysis and environmental monitoring.
本文介绍了一种新型的原子发射光谱分析方法&声致发光法及其在分析化学与环境监测中的应用。 - Two hydrodynamic methods to realize sonoluminescence are described, one using tube arrest and the other a conical bubble U tube.
介绍两种使用流体动力学实现声致发光的方法：刹管法和U管圆锥泡法。 - Multiple and single bubble sonoluminescence s
多泡和单泡声致发光 - The optical properties of conical bubble sonoluminescence in glycol
乙二醇溶液中圆锥泡声致发光的发光特性 - Sonoluminescence Research in Water Medium
声致水介质发光实验研究 - Design of the Scanning Imaging System of Sonoluminescence Tomography Based on Digital Signal Process
基于数字信号处理的声致发光层析成像扫描成像系统设计 - Researches Into the Phenomenon of Single Bubble Sonoluminescence
单泡声致发光研究 - New records for the luminescence power and energy emission from single events have been created, and the first time-resolved emission spectrum of sonoluminescence has been obtained with a streak camera by the U tube method.
U管圆锥泡法创造了发光功率和单脉冲能量的新记录，并首次用条纹相机得到了时间分辨发射光谱。 - 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。 - Firstly, the motion procedures of bubbles are studied by measuring the Mie backscatter signal of single bubble sonoluminescence, and the dynamics characteristic of gas bubbles is derived qualitatively.
首先测量单泡声致发光Mie散射信号，研究空化气泡的半径变化，定性了解气泡的动力学特性，并用理论模拟的气泡半径-时间曲线和实验中的Mie散射信号比较。 - These experiments will help us to understand the mechanisms of sonoluminescence.
这些实验结果都有助于了解声致发光中光辐射的物质来源以及发光的机制。 - In the sonoluminescence, the movement of the bubbles converts low-energy of sound to high-energy of luminous.
声致发光中气泡的运动将低能量密度的声能转化为高能量密度的光能。 - The surface active additives have pronounced effects on ultrasound cavitation and sonoluminescence ( SL).
表面活性剂对超声空化和声致发光现象有着显著的影响。 - As the the presence of ultrasound, a mass of cavitation bubbles will appear in the liquid. Increase the sound pressure, there will be a large number of light-emitting bubbles, which is known as multi-bubble sonoluminescence. ( MBML).
在超声作用下，液体中会出现空化气泡，加大声压，会出现大量气泡发光的现象，称为多泡声致发光。 - At present, the report of sonoluminescence is mainly about its application.
目前，关于声致发光方面的报道大多数是关于其应用方面。