1) interface echo
界面回波
2) upper interface reflection wave
上界面反射回波
3) wavy interface
波状界面
1.
In this paper, simulation is made of the processing of wavy interface generation in explosive welding using a two-dimensional difference scheme for elastic-plastic materials.
波状界面是爆炸焊接的一个重要特征 ,利用弹塑性材料的二维有限差分方法模拟爆炸焊接中的波状界面结合过程。
4) interface wave
界面波
1.
A study on the propagation of interface wave in shallow sea sediments and the echo wave for buried objects;
浅海沉积层中界面波的传播以及掩埋目标的回波
2.
Study on solid-solid interface waves with laser ultrasonics;
激光超声方法研究固-固界面波传播特性
3.
Analysis of scattering of higher modes interface wave from buried multi-objects in sediment;
海底沉积层中高阶界面波对多掩埋物散射分析
5) interfacial wave
界面波
1.
A stability analysis was made on the interface of the stratified gas- liquid two-phase flow in a inclined circular pipe by using a two- fluid model, and the dispersive equation of the interfacial waves was deduced.
l 弓l言 气液两相流分层流界面波特性及界面稳定性分析对理论和应用具有重要意义。
2.
Numerical simulation and experimental testing are used to research the wave propagation characteristics and the forming procedure of interfacial wave in grouted rock bolt during embedded concrete curing.
采用凝固过程中的混凝土模拟不同物理力学特性的锚固介质,用数值模拟和试验的方法研究了锚固锚杆中的波系及锚固锚杆中界面波的形成过程。
6) interfacial waves
界面波
1.
Second-order stokes solutions for interfacial waves with uniform shear flows;
剪切流中界面波的二阶Stokes波解
2.
With air and water as the working fluids, an experimental study on the characteristics of the interfacial waves in gas - liquid two - phase flow in a horizontal rectangular channel was conducted by using three two - parallel conductance probes to measure the instantaneous liquid film thickness.
气液两相流中界面波的存在对传热、传质、阻力特性及稳定性都有很大影响。
3.
With air and water as the working fluids, an investigation on the characteristics ofthe interfacial waves in gas-liquid two-phase flow in horizontal rectangular channel wasconducted by using two-parallel conductance probes to measure the instantaneous liquidfilm thickness and signal statistical analysis methods.
以空气、水为工质，利用电导探针测量技术结合统计分析理论研究了水平矩形管内气液两相流界面波特性。
补充资料：上界
【上界】
指三界诸天，即欲界天、色界天、无色界天。
指三界诸天，即欲界天、色界天、无色界天。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条