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- cryogenic liquid tank lorry 低温液体槽车
- Large scale cryogenic liquid tank 大型低温液体贮罐
- Design and fabrication of a large scale cryogenic liquid tank 大型低温液体贮罐设计制造
- Comparison of numerical model for pressurization of cryogenic liquid tank 低温液体储箱加压排液过程计算模型比较
- Stress analysis and design of pipes inside the interlayer of cryogenic liquid tank 低温液体贮槽夹层管道的应力分析及设计
- Cryogenic liquid tank 低温液体贮罐
- cryogenic liquid tank car 低温液体槽车
- Liquid ammonia is transferred from tank lorry to the ammonia storage tank by unloading compressor. Ammonia in the storage tank is transferred to the vaporizer by self pressure. 液氨通过卸料压缩机从槽车输送到储氨罐中。液氨由储罐中靠本身的压力输送到蒸发槽中。
- 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。
- The types of containers in use are 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。
- The cryogenic liquid drained directly into water was studied. 研究了低温液体的水下直接排放问题.
- All cryogenic liquids are extremely cold. 所有低温液体的温度都极低。
- The future of the ventless storage of cryogenic liquid has been expected. 并对未来低温液体储存研究的发展方向进行了展望。
- Use tongs to immerse and remove objects from cryogenic liquids. 用夹具浸入低温液体中来移动物体。
- Vaporization of a cryogenic liquid, except oxygen, in an enclosed area can cause asphyxiation by displacing the air. 除了氧以外，在封闭区域内的低温液体会通过取代空气导致窒息。
- A cryogenic liquid cannot be indefinitely maintained as a liquid even in well-insulated containers. 即使在隔热良好的容器内，低温液体不能无限地维持在液态。
- Some ideas of anti-icing and deicing of the cryogenic liquid underwater draining vent are presented. 提出了低温液体水下排放口防冰除冰设想。
- Remark: liquid bulk cargo means cargo loaded in liquid tank of oil tanker, bulk chemical carrier and liquid gas carrier. 备注:散装液态货物是指油船、散化船、液化气船液货舱所载的货物。
- LABYRINTH WEAR RINGS-Minimize recirculation losses of cryogenic liquids. 迷宫式磨损环使低温液体二次循环损失减到最小。
- In this paper,numerical simulation of liquid sloshing in a rectangle liquid tank forced sway and rolling is performed based on Level-set method. 船舶液舱中液体晃荡现象已引起人们的深刻关注,液体晃荡载荷与效应成为航行中载液船舶安全性评估的重要内容之一。
