房舱空调氟利昂管系密性试验。
Accommodation air-condition freon piping to be done air-tightness test.
冷藏氟利昂管系密性试验和真空试验。
Ref. Freon piping to be done air - tightness test and vacuum test.
冷藏氟利昂管系密性试验和真空试验。
Ref. Freon piping to be done air-tightness test and vacuum test.
油漆间消防管系密性试验。
Painting RM. Fire fighting pipe to be done air-tightness test.
房舱空调氟利昂管系密性试验和真空试验。
Accommodation air-condition Freon piping to be done air-tightness and vacuum test.
房舱空调氟利昂管系密性试验和真空试验。
Ref. Freon piping to be done air-tightness test and vacuum test.
相关管路清洁完毕，并经过密性试验、验收结束。
Cleaning and tightness test should be done about correlation piping.
货舱舱口盖密性试验(启闭试验、应急启闭试验)。
Tightness test (opening and closing test, emergency opening and closing test) for cargo hatch cover.
上层建筑压缩空气管系(供水管、消防管、烟雾探测管)密性试验。
Superstructure compressed air (water supply, fire fighting, smoke detection) piping to be done air-tightness test.
针对渤海锦州9—3油田的开发，就建造过程中储油沉箱在特定环境下如何实施结构密性试验作了详细介绍。
This paper gives a review of how to make air tests during fabrication for large structures of the oil storage caisson of JZ 9 - 3 offshore oil development in Bohai Bay.
结合灰土挤密桩处理湿陷性黄土地基工程实际进行了单桩、三桩复合地基静载荷现场试验。
The field loading test of single pile and three piles composite ground are studied combining the construction of lime-soil compacted pile in collapsible loess foundation.
对超厚度强湿陷性黄土地基应用(灰)土挤密桩桩周土体密实度变化规律进行试验研究。
Dense degree of soil around lime soil compaction piles in huge thickness and serious collapsibility loess ground is investigated with experiments.
通过凝胶含量测定、力学性能试验以及熔体流动性能测试等手段，研究了共混（反应）时间对密炼法和挤出法反应性PP/EPDM共混合金性能的影响及其机理。
The effect of blending time on the properties of reactive PP/EPDM alloy was studied via the analysis of gel content, mechanical properties, melt flow behaviour and morphology.
通过现场试验对夯扩挤密桩加固湿陷性黄土地基的机理进行研究。
According to a practical case of composite foundation in collapsible loess foundation, the squeezing effects on compaction pile by tamping are studied.
通过现场试验对夯扩挤密桩加固湿陷性黄土地基的机理进行研究。
According to a practical case of composite foundation in collapsible loess foundation, the squeezing effects on compaction pile by tamping are studied.
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