| 1. | Thermal wave electron microscope
热波电子显微镜 |
| 2. | Thermal wave electron image
热波电子象 |
| 3. | Thermal wave scattering of subsurface defects in solids based on non - fourier ' s models
固体中亚表面缺陷的非傅里叶热波散射问题 |
| 4. | Annual thermal wave
周年热波 |
| 5. | The multiple scattering of thermal wave and temperature distribution are an important problem in engineering thermophysics
热波多重散射与温度分布问题是工程热物理研究中的重要课题。 |
| 6. | The results testing the , aluminum groove sample through ir thermal wave nondestructive testing , argue that it is effective for this method to quantify the depth under the surface
摘要红外热波无损检测技术是一种快速、有效的检测手段，可以定量检测铝槽试件下表面缺陷的深度。 |
| 7. | The principle and concept about thermal wave ndt technology was briefly introduced . authors concentrate on discussing the technology ' s applications and latest developments at home and abroad
摘要综述了红外热波无损检测技术的基本原理、技术特点，给出了一些典型的应用试验结果，介绍了国内外相应研究的发展状况和进展。 |
| 8. | Different physical parameters and boundary conditions of the subsurface have effects on the propagation and diffusion of thermal waves , which is directly reflected by the temperature field at the surface of materials
不同的物理参数和材料亚表面边界条件影响着热波的传播和扩散,并且直接反映在固体材料表面的温度场上。 |
| 9. | By using the detecting system of thermal waves and measuring the change of temperature at the surface of materials , the internal structures can be obtained for purpose of detection and inspection
利用热波探测系统和测量固体材料表面温度的变化,可获取材料的均匀性信息及其表面以下的微结构信息,从而达到检测和探伤的目的。 |
| 10. | The thermal wave nondestructive testing technology based on emissivity of the object , it can find surface and subsurface flaws in the composites of airplane through measuring difference in temperature between flaws and materials by active heating methods and inspection system
摘要红外热波无损检测基于物体的热辐射特性，利用主动加热技术，通过相关的检测系统记录试件表面缺陷和基体材料由于不同热特性引起的温度差异，进而判定飞机复合材料表面及内部的损伤。 |
