1) HP and IP cylinder
高、中压汽缸
1.
This paper introduced the process of repair welding of HP and IP cylinder crack,analyzed the cause of crack.
介绍了高、中压汽缸裂纹的处理及补焊过程,分析了裂纹的产生原因,并对补焊方法和焊接材料的选择以及焊补工艺进行了详尽的论述和探讨。
2) intermediate pressure cylinder
中压汽缸
1.
During mechanical property testing,the Akv value for B57J-V intermediate pressure cylinder was not qualified.
材质为B57 J-V的中压汽缸在进行力学性能测试时,AkV指标不合格。
3) high & intermediate pressure cylinder
高中压缸
1.
The optimal scheme of the high & intermediate pressure cylinder drainage system of the 4×300MW steam turbine units at Mawan Thermal Power Plant was introduced.
介绍了妈湾电厂 4× 3 0 0 MW机组汽轮机高中压缸疏水的优化方案 ,该优化方案的实施 ,不仅简化了系统 ,而且提高了机组的经济性和安全可靠性 ,对同类机组的制造、设计及优化提供了参考。
4) HP exhaust
高压缸排汽
5) IP turb exh press
中压缸排汽压力
1.
The westinghouse turbo-generator set, during opc test, unreasonable defaults of the ratemeter led to opc action frequently, and the wrong judgment of IP turb exh press quality made LDA occurred.
分析西屋型机组opc试验中,测速表参数设置不合理,造成opc频繁动作和中压缸排汽压力质量判断不合理,造成LDA误动作的原因,并阐述对参数修改和逻辑修改的过程。
6) HIP outer-case
高中压外缸
1.
The welding-ability of the 600MW HIP outer-case is briefly analyzed according to the structure and characteristic.
主要介绍了新 600MW高中压外缸的结构型式及结构特点,简要地分析了其焊接性,提出了适合于生产需要的装焊工艺方案。
补充资料：冲击波超压与动压