1.
Study of the Ventilation Characteristics of an Underfloor Air Distribution System in a Cooling Wall Room
冷却壁面对下送风通风空调系统特性的影响
2.
Experimental and Numerical Simulation Research on Characteristics of Underfloor Air Distribution System with Cooling Wall;
具有冷却壁面的下送风通风空调系统的实验与数值模拟研究
3.
The thermal stress on the hot side of cast ironstaves and copper staves on the same condition was analyzed.
计算了铸铁冷却壁与铜冷却壁在相同条件下热面热应力。
4.
The same jacket or wall cavity is utilized during cooling of the product by introducing a cold medium and cooling the product contact surface.
同样利用容器的加套或空心壁在冷却产品时引入冷却介质,并且冷却产品的接触表面。
5.
Structure optimization of water cooling channel of cast steel stave
高炉铸钢冷却壁冷却水管的优化研究
6.
The Disrepair Mechanism of Blast Furnace Cooling Stave and Design of Copper Cooling Stave
高炉冷却壁的破损机理及铜制冷却壁的设计
7.
The Computation and Analysis of Heat Transfer of Platelet Cooled Microchannel on the High Temperature and High Pressure Gas Wall;
高温高压燃气壁面层板微小冷却通道的传热计算与分析
8.
Cold bending of 2 200 m~3 blast furnace cooling stave pipe
2 200 m~3高炉冷却壁水管的冷弯
9.
Numerical Simulation on Liquid-solid Two-phase Flow of Water Cooling Pipe in Blast Furnace Cooling Stave
高炉冷却壁冷却水管内液固两相流的数值模拟
10.
Upper Computer Software Designing in Blast Furnace Cooling Wall Leak Hunting System
高炉冷却壁检漏系统上位机软件设计
11.
The Working Situation Simulation of Copper-Steel Composite Stave
铜/钢复合冷却壁的服役行为仿真研究
12.
Thermo-Mechanical Coupling Finite Element Analysis of Blast Furnace Copper Staves
高炉铜冷却壁热力耦合的有限元分析
13.
Application of Overlapping Cooling Stave of Jigang 1750m~3 Blast Furnace
济钢1750m~3高炉叠合式冷却壁的应用
14.
roll coolant solutio
轧辊工作表面冷却液
15.
At high speed and hot exhaust flow conditions, a preliminary experimental investigation on the divergent wall cooling of Two Dimensional C-D Nozzle had been conducted.
在高速热喷流条件下，对二元收扩喷管超音段壁面的冷却进行了初步试验研究。
16.
Effect of area ratio of impingement hole to effusion hole on heat transfer characteristics of impingement-effusion composite cooling
冲击-多斜孔壁复合冷却中冲击孔与多斜孔面积比对换热特性的影响
17.
When chilled water is used to cool the mould, cycle time is related to wall thickness as follows.
在冰水冷却的条件下，冷却时间与壁厚有以下的关系。
18.
For example, cooling water circulate constantly through the tuyere, hearth staves, bosh and inwall cooling plate etc.
例如，冷却水不停地在风口、炉身、炉腹和内壁冷却板等部位循环流动。