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- Improvement of Oxygen Generating Plant Operation in Summer Season 制氧机组夏季运行操作的改进
- oxygen generating plant 制氧车间
- Specifications for marine generating plant automat. 船舶电站自动化系统技术条件。
- In a modern coal burning electric generating plant the steam may be hot enough to ignite wood. 在一个烧煤的现代化发电厂内，蒸汽允许能热到足以把木头点燃起来。
- Onboard oxygen generating system can satisfy the request of inlet pressure. 机载产氧系统可以在有限的供气压力下满足要求。
- The public hearings on the coal-burning generating plant would begin. 火力发电厂的公众意见听取会将要开始了。
- Two-phase model of jet singlet oxygen generator[J]. 引用该论文 苏华;李守先.
- Routine check and EHS audit in Generator Plant. 电机厂相关的EHS检查和审核。
- Colored circles on the map denoted kidney dialysis machines, oxygen generating units, iron lungs and similar apparatus. 图面上彩色的圆圈表示肾透析机，氧气发生器，铁肺以及诸如此类的装置。
- In a modern coal burning electric generating plant,the steam may be hot enough to ignite wood. 在一个烧煤的现代化发电厂内，蒸汽热到足以把木头点燃起来。
- Formalizing a General Plant for DevelopingHybrid Process System. 混合过程控制系统基于广义对象的形式化开发。
- In a modern coal burning electric generating plant the steam may be hot enough to ignitewood. 在一个烧煤的现代化发电厂内,蒸汽允许能热到足以把木头点燃起来。
- The jet singlet oxygen generator( JSOG) is an efficient energy donor for a chemical oxygen-iodine laser( COIL). 射流式单重态氧发生器(SOG)化学氧碘激光器十分重要的能源部分,它主要是通过解气相、相扩散方程来求解发生器出口的氯的利用率和单重态氧的产率。
- Busbar is an important unit of power system and the reliability of busbar protection will directly affect the reliability of generating plant and substation. 母线是发电厂和变电站的重要组成部分，一般均装设母线保护，而母线保护工作的可靠性将直接影响发电厂和变电站工作的可靠性。
- Dr. Oxygen is a safe, efficient, economical and portable oxygen generator used to promote more healthy living. 博士氧气是一种安全、高效、节约和便携式氧气发生器用于促进更健康的生活。
- This paper introduces the control system design of the medical oxygen generator in the field trailer. 介绍了野战制氧挂车医用制氧设备控制系统的设计。
- However, a phenomena is observed that a little of chlorine as byproduct usually emerged in the process of oxygen generation. 氧烛不仅因燃料燃烧而消耗所产生的氧气，而且在产氧过程中往往会产生少量的氯气等有害副产品。
- The two-phase model(TPM) is proved to be available in calculation of jet singlet oxygen generator(JSOG). 摘要将气液两相耦合模型应用于射流式单重态氧发生器，通过数值模拟和实验的比较验证了该模型的可行性。
- Abstract: The two-phase model(TPM) is proved to be available in calculation of jet singlet oxygen generator(JSOG). 摘 要： 将气液两相耦合模型应用于射流式单重态氧发生器，通过数值模拟和实验的比较验证了该模型的可行性。
- Preliminary experimental study on singlet oxygen generation from gas-solid reaction system[J]. 引用该论文 李庆伟;陈方;赵伟力;徐明秀;房本杰;张岳龙;金玉奇;桑凤亭.
