我们想要寻找日冕中的热波。
是太阳发热的热波把我们的空气弄热的。
热波图像的配准和拼接。
对热波成像进行了数值模拟和实验测试研究。
Numerical modeling and measurement methods were examined in the area of thermal wave imaging.
在这样的界面上电磁波、热波、光波和声波能够反射。
Waves of electromagnetism, heat, light and sound can be reflected at such an interface.
作为热波传播的力学后果，热波自然地以强激波为终结。
As a hydrodynamic consequence, thermal conduction results naturally in a strong shock wave.
本文首先对热波电子显微镜成象机理和特性进行了分析。
In this paper, the mechanism and feature of TWEM are analyzed and studied.
红外热波无损检测是一种基于热波理论的无损检测方法。
Infrared thermal wave nondestructive detection method is based on the thermal wave theory.
研究了针对红外热波序列图像的图像分割和三维显示方法。
The segmentation and 3d display method of infrared thermal image were studied.
基于热传导波动模型给出了物体中热波多重散射问题的一般解。
A general solution of multiple scattered waves in solids based on wave equations of heat conduction is given.
证明了激波是一种负熵流波，是依靠激波波速输运热流的热波。
It is demonstrated that negative entropy flow exists in shock wave and shock wave is a kind of heat wave which transfers heat with traveling wave velocity.
无线电波与热波、光波、X射线和伽马射线一样都属于同一族系。
A radio wave is of the same family as heat waves, light waves, X-rays and gamma rays.
“她鼓励我们努力为克伦人民工作，并且身体力行”热波拉盛称。
"She encouraged us to work hard for the Karen people and was very active," Zipporah Sein said.
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。
As the heat feeds back to the fuel coating, a thermal wave is created that is guided along the nanotube.
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 and the viscous wave as well as the compressional wave are considered in the multiple scattering process among suspended particles.
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 is a kind of general phenomena in the low temperature heat transfer. Researches on it are of importance in theory and application.
由于热波是一种高衰减波，且波长短，现已成功地实现了对材料亚表面结构的分层成像。
Laminated imaging of the subsurface structures of materials has been successfully realized by this technique because thermal waves are heavily damped and have short wavelengths.
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。
Soil' s heat response characteristic at different depth is explored with different frequency, thermal wave in different amplitudes, and different material parameters.
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。
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.
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。
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.
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 thermal wave nondestructive detection is fast, sensitive for honeycomb and its dynamic demonstration provides more details for further analysis.
为了减少图像序列采集数量，针对相位法红外热成像检测提出了获取热波信号相位信息的方法，即相关检测算法。
A method, correlation algorithm, was promoted to detect phase information in lock-in thermography nondestructive testing in order to reduce sample images.
提出了将数据文件显示为红外热波序列图像的方法，即数据映射法，以及一种便于观测试件缺陷的红外热波序列图像增强方法。
Data mapping method which displaying the data files to infrared heat wave sequent images and an enhancing method for infrared heat wave sequent image of the defect were put forward.
用红外热波技术对铝蜂窝夹层胶接结构进行检测，结果表明，该技术可对试件夹层胶接质量和蜂窝结构作快速有效直观的检测。
It was shown by experimental results that the technique was effective for rapid and intuitive testing of the bonding quality and structure of an aluminum honeycomb composite test piece.
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。
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.
其中扎伊尔，苏丹以及本迪布焦株在非洲引起了人的伊波拉出血热爆发，并杀死了达90%的被感染者。
The Zaïre, Sudan, and Bundibugyo strains have caused outbreaks of Ebola hemorrhagic fever among humans in Africa, killing up to 90% of those infected.
地球大气(随地球)的自转和在其中的热输送状况结果导致具有以上所描述的特征的不规则波的形成。
Conditions of rotation and heat transfer in the earth's atmosphere are such that irregular waves of the characteristics described above will form.
核爆炸会释放出高能量的光和热，破坏力巨大的压力波，而且四处飘散的放射性物质会污染数周围英里内的空气，水，和地表。
A nuclear blast is an explosion with intense light and heat, a damaging pressure wave, and widespread radioactive material that can contaminate the air, water, and ground surfaces for miles around.
核爆炸会释放出高能量的光和热，破坏力巨大的压力波，而且四处飘散的放射性物质会污染数周围英里内的空气，水，和地表。
A nuclear blast is an explosion with intense light and heat, a damaging pressure wave, and widespread radioactive material that can contaminate the air, water, and ground surfaces for miles around.
应用推荐