1.
X-ray Digital Image Test Technology of High Temperature Melts Interface State;
高温熔体界面状态的X射线数字图像检测技术
2.
Research of the Temperature Measurement Technology Based on CCD Imaging Sensor and Adapted to Measure Surface Temperature Field of High Temperature Smelting Metal;
基于CCD图像传感器的高温熔体表面温度场测试技术研究
3.
Research and Development of High Temperature Smelting Metal Measurement System Based on Wavelet Analyse;
基于小波图像处理技术的高温熔体测温系统的研究与开发
4.
Research of the System to Measure the Temperature Field of High Temperature Melting Metal Based on CCD Image Sensor;
基于CCD图像传感器的高温熔体温度场软测量系统的研究
5.
High temperature Raman spectra and micro-structure of KTN crystal and melt
KTN晶体及其熔体结构的高温拉曼光谱研究
6.
The Melting Transition and Voltage Noise of Vortex Lattice in Hign Temperature Superconductors;
高温超导体磁通格子的熔化相变和噪声研究
7.
Study on Molten Structure of Ni_3Al Alloy by High Temperature X-ray Diffraction
Ni_3Al合金熔体结构的高温X射线衍射分析
8.
Microstructure Evolution of DZ125 Superalloy Directionally Solidified with Melt Superheating Treatment
DZ125高温合金熔体超温处理定向凝固组织的演化规律
9.
Pressure Calibration for 3GPa Molten Salt Medium Pressure Vessel under High Pressure and High Temperature;
3GPa熔融盐固体介质高温高压实验容器的压力标定
10.
High Temperature Raman Spectroscopic Study of the Molecular Network Conformation in the Melt of Tribasic Silicate;
三元系硅酸盐熔体分子网络构象的高温拉曼光谱研究
11.
The Effect of the Melt Thermal Treatment with Composition Compensation on the Microstructure of the Primary Silicon of the Silumin
成分互补熔体温度处理对高硅铝合金的初生硅相组织的影响
12.
The measures that can control the generation of brokea filament wore put forward.
提出了控制熔体温度、缩短熔体输送停留时问。
13.
Study on Improving the Fusibility of Shenhua-coal-ash;
提高神华煤灰熔融温度和熔融性的研究
14.
Numerical Simulation of the Temperature Field during Aluminum Melting Process
铝熔炼过程合金熔体温度场的数值模拟
15.
The product is compatible with pad-dyeing hot melt process, high temperature-pressure dip-dyeing process and low temperature adsorbing and fixing dip-dyeing process.
本品对轧染热熔法、高温热熔法侵染、低温吸附固着法侵染都很适用。
16.
The substances fused at a very high temperature.
在非常高的温度下，那物质熔合了。
17.
treated by heating to a high temperature but below the melting or fusing point.
将之加热至高温但又低于熔点。
18.
Thus, a very high temperature keeps the iron in a molten state.
这样，高温就使得铁保持熔化状态。