1.
On Arrangement of Inner Tank Bottom Plates and Annular Plates of LNG Low Temperature Storage Tank
LNG低温储罐内罐底板与环板排板的探讨
2.
Welding technology of the material 9Ni steel alloy used in LNG cryogenic storage tank
9Ni钢大型LNG低温储罐的焊接施工
3.
Study on the Welding Procedure of Steel in the Liquefied Petroleum Gas Low Temperature Storage Tanks;
液化石油气低温储罐用钢焊接工艺研究
4.
Numerical Simulation on Welding Residual Stresses of Steel Used for LNG Cryogenic Storage Tank;
LNG低温储罐用9Ni钢焊接残余应力的数值模拟
5.
A Study on Welding Process of 9Ni Steel for LNG Cryogenic Tanks
液化天然气低温储罐用9Ni钢焊接工艺研究
6.
Study on variation of interspace pressure of cryogenic tanks after liquid filling
低温储罐充液后夹层压力变化规律研究
7.
Reversal Installation Approach for 2×10~4 m~3 Low Temperature Storage Tank with Double Metal Walls
2万m~3金属双壁低温储罐倒装法施工工艺
8.
Cold Insulation Concrete Foundation Construction Technique of Low Temperature Storage Tank with Double Metal Walls
双壁金属低温储罐保冷混凝土基础施工技术
9.
Research and Application of Ultralow Temperature 9Ni Steel for LNG Storage Tank
液化天然气储罐用超低温9Ni钢的研究及应用
10.
The types of containers in use include the dewar, cryogenic liquid cylinder, and cryogenic storage tank.
使用中的容器类型包括杜瓦瓶、低温液体钢瓶和低温储存罐。
11.
It is engaged in the sales and after-sales technical service of LNG vehicle tanks.
主要从事车用低温液化天然气储罐的销售及售后技术服务。
12.
A container is a cryogenic vessel, a tank, a tanker, a cylinder, a cylinder bundle or any other package that is in direct contact with the medicinal gas.
容器是指低温容器，储罐、罐车、瓶、瓶包或其他直接接触医用气体的包装物品。
13.
A Technical Economics Analysis On The Insulation Design Of The Tank Top Of Large Capacity Floating Top Crude Oil Tank
原油大浮顶储罐罐顶保温设计技术经济分析
14.
Design of a 20000m~3 double-layer-metal cryogenic liquid storage tank
20000m~3双层金属低温液体贮罐的设计
15.
Development of solar heat device of single oil tank for well
油井单体储油罐太阳能加温装置的开发研制
16.
Problems and Countermeasures of Thermal Insulation of Crude Oil Storage Tanks
原油储罐保温存在的问题及其应对措施
17.
Numerical Simulation of Temperature and Stress of Underground Double-wall Concrete Oil Tank
地下混凝土双壁储油罐温度应力数值模拟
18.
Design Temperature and Material Selection for Large Scale Storage without Heat Input
无热媒输入大型储罐的设计温度及材质选择