Infrared thermal wave nondestructive detection method is based on the thermal wave theory.
红外热波无损检测是一种基于热波理论的无损检测方法。
Numerical modeling and measurement methods were examined in the area of thermal wave imaging.
对热波成像进行了数值模拟和实验测试研究。
As the heat feeds back to the fuel coating, a thermal wave is created that is guided along the nanotube.
随着纳米管里的热量反馈到燃料涂层上，一种沿着纳米管移动的热波就产生了。
"The thermal wave squeezes electrons out of the nanotubes like a tube of toothpaste," Strano explained.
“热浪把电子从毫微管里像挤牙膏一样挤出来，”斯特拉诺解释说。
“The thermal wave squeezes electrons out of the nanotubes like a tube of toothpaste, ” Strano explained.
“热浪把电子从毫微管里像挤牙膏一样挤出来，”斯特拉诺解释说。
The simulation result of thermal wave history supplies the basis for the study of the evolution of the reservoir in the studied area.
波动热史模型模拟的结果为该区成藏演化史研究奠定了基础。
The thermal wave is a kind of general phenomena in the low temperature heat transfer. Researches on it are of importance in theory and application.
热波现象是低温传热中的常见现象，对热波理论的研究具有重要的理论与应用价值。
The thermal wave and the viscous wave as well as the compressional wave are considered in the multiple scattering process among suspended particles.
文中对悬浮粒子间多次散射作用不再限于胀缩波，而且也包括了热波和粘滞波。
The thermal wave nondestructive detection is fast, sensitive for honeycomb and its dynamic demonstration provides more details for further analysis.
红外热波无损检测方法对蜂窝结构实现了快速、灵敏检测及动态演示，为进一步分析判断提供了依据。
The quantitative measure is feasible on experiment research. It is easy to figure out flaw depth based on formula derived from the principle of thermal wave.
对缺陷进行定量化检测研究过程中，基于热波原理推导出的公式，易于实现缺陷深度的测量。
Soil' s heat response characteristic at different depth is explored with different frequency, thermal wave in different amplitudes, and different material parameters.
研究了不同频率、振幅的热波及不同物性参数的土壤对不同深度处热波响应特性的影响。
Thermal wave imaging detection technique based on photothermal effect applied to non-destructive detection of solid material is the research with lots of potential at this current stage.
基于光热效应的热波成像检测技术应用于固体材料的无损检测是目前很有潜力的研究方向。
The basic conception, physical process and properties of thermal wave imaging are briefly introduced. The development of thermal wave imaging and its applications in material science are reviewed.
本文简要介绍了热波成像检测技术的基本概念，热波成像的物理过程、特点，综述了热波成像技术的开发和在材料科学中的应用。
As a hydrodynamic consequence, thermal conduction results naturally in a strong shock wave.
作为热波传播的力学后果，热波自然地以强激波为终结。
Because this technology has good thermal efficiency, it is said that supercritical technology will be the wave of the future of the coal fired power plants.
因为这项技术具有良好的热效率，人们认为超临界技术将是未来燃煤电厂的潮流。
The vibrations which constitute a wave in a gas superposed on the random thermal motion.
气体中形成波的振动叠加在这种无规则热运动上。
The interaction of a two-level atom with a thermal radiation field for single-photon processes and two-photon processes without rotating wave approximation is analysed.
两能级原子与外部环境(热库)相互作用时，采用非旋波近似，研究原子与热辐射场单光子和双光子作用过程。
Using a low order, two-layer baroclinic quasi-geostrophic model, a nonlinear system including the interaction between a thermal forced wave, a transient wave and zonal flow is studied.
本文利用两层斜压准地转模式，在低谱简化下，得到一个热力强迫波，瞬变波与纬向气流相互作用的非线性方程组。
The thermal equation and wave equation are solved by the methods of Hankel transform and steepest descent, and the general expression of displacement is obtained.
在二维情况下，忽略热扩散效应，利用汉克尔积分变换法和最陡下降法，求解热扩散方程和波动方程，得出了位移的解析表达式。
Analyse the traveling wave induction launcher temperature field with the method of ANSYS electromagnetic analysis (thermal coupling module).
用ANSYS分析电磁——热耦合的方法，分析了行波发射器的温度场。
Shock wave induced by impulsive X-ray, which is also called thermal shock wave, is simulated in this paper.
对脉冲x射线诱导的热击波进行了一维数值模拟。
The flow stability of stationary waves, a kind of surface wave on a thin-liquid film, is subject to the influence of thermal non-equilibrium effect at a vapor-liquid interface.
驻波作为薄液膜表面波中的一种波，其流动稳定性受界面热不平衡效应的影响。
After this flow pattern transformed into a flow pattern with thermal chocking at the combustion chamber exit and with a pseudo-shock wave developing in the inlet diffuser.
之后，在燃烧室出口出现热拥塞现象、在进气道扩压段产生伪激波流态。
Objective To study the thermal injury effects of high power millimeter wave on rats and mice.
目的研究高功率毫米波对动物的热损伤效应。
The real-time storage is obtained in the organic dye BDN solution in toluene by doublet degenerate four wave mixing induced thermal refractive index grating.
本文利用二重简并四波混频感生折射率光栅，实现了光信息在有机染料BDN溶液中的实时存储。
The effect of thermal cracking on wave velocity was revealed and it is discovered that this effect is memorable.
研究揭示了岩石热开裂的波速效应，并发现热开裂波速效应具有记忆性。
The results show that no matter the range of the implanted ion itself or secondary effect sphere of secondary electrons, radical diffusion, thermal spike, cascade atoms and shock wave etc.
结果表明：无论是注入离子本身的射程，还是次级电子、自由基扩散、高温热穗、级联原子和冲击波等次级作用范围都无法触及表皮下面的胚细胞。
The results show that no matter the range of the implanted ion itself or secondary effect sphere of secondary electrons, radical diffusion, thermal spike, cascade atoms and shock wave etc.
结果表明：无论是注入离子本身的射程，还是次级电子、自由基扩散、高温热穗、级联原子和冲击波等次级作用范围都无法触及表皮下面的胚细胞。
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