1.
Discussion about Calculating Mode of Solidifying-skull's Thickness in Jinan Steel's Slab CCM
济钢板坯铸机凝固壳厚度计算模型的探讨
2.
Measurement of the Solidified Shell Thickness in the Secondary Cooling Zone of Continuous Casting of Bloom
大方坯连铸二冷区凝固坯壳厚度测试
3.
Study on Solidified Shell Thickness Measurement and the Solidified Shell Shape of Slab
连铸板坯坯壳厚度测定及凝固壳形貌模拟研究
4.
Study on the Shell Thickness Variation and Liquid Core Position for Bearing Steel Bloom
轴承钢铸坯凝固坯壳厚度变化及液相穴位置测定研究
5.
Simulation of Temperature Fields on Ceramic Core and Ceramic Shell During Directional Solidification Process
定向凝固过程中型芯型壳温度场数值模拟
6.
Numerical Simulation for Temperature Distribution of Initial Solidifying Shell with Mold Tube During Bloom Casting of U71Mn Steel
U71Mn大方坯凝固坯壳与结晶器铜管温度场的数值模拟
7.
pipe concrete coating thickness
管子混凝土加重层厚度
8.
However, the crust is almost four times thicker than the earth's crust.
然而，月球地壳几乎是地球地壳厚度的四倍。
9.
Effects of activated-calcium from egg-shell on the physical properties of tofu-gel
鸡蛋壳钙凝固条件对豆腐凝胶特性的影响
10.
INVERTION OF CRUSTAL THICKNESS OF MOON FROM GRAVITY FIELD AND TOPOGRAPHY DATA
利用重力场和地形数据反演月壳厚度
11.
The continental crust is much thicker than average beneath the great mountain belts.
在高山地带下面的大陆地壳，其厚度要比平均厚度大得多。
12.
congelation point thermometer
测定凝固点用温度计
13.
Numerical Simulation and Control of Solidification Microstructure in Heavy Section High Manganese Steel Casting
厚断面高锰钢铸件凝固组织模拟与控制
14.
The consolidation of the crust can hardly have occurred less than 20 or more than 40 million years ago.
地壳的凝固不会少于2000万年，或多于4000万年。
15.
Study on the Chitosan-Based Hydrogels as the Carrier Materials for Immobilization;
固定化载体材料壳聚糖基水凝胶的研究
16.
Primary Study on Artificial Scaffold of Chitosan and Collagen Gel;
壳多糖—胶原凝胶人工固有层的初步研究
17.
Numerical simulation of HPDC process for thin-walled magnesium alloy component
镁合金薄壳压铸件充型凝固与热应力数值分析
18.
Thickness Optimization of Portland Concrete Pavement with Lean Concrete Base
采用贫混凝土基层的水泥混凝土路面厚度优化