1) sliding pressure
滑压
1.
To fit to requirement of peak-load regulating, Xingtai power Co Ltd Carried out the comparison tests between constant pressure operation and sliding pressure operation with different load on the new 220MW units.
为适应电网调峰的需要 ,兴泰发电有限责任公司对 # 5新型 2 2 0MW机组进行了定压和滑压两种运行方式不同负荷下的对比试验 ,通过对试验数据的比较 ,确定出机组最佳的调峰运行方
2.
This paper analyzes that under cycling loading, if we use sliding pressure operation, the power is mainly the target function of main steam pressure and cycling water temperature.
分析汽轮机组在调峰运行时 ,如果采用滑压调节方式 ,其发电量主要是蒸汽初压和循环水进口温度的函数 ,提出以机组实际供电功率与计划调度负荷之差最小 ,作为优化确定蒸汽初压的目标函数 ,并对国产2 0 0 MW汽轮机组进行了具体优化计划 ,得到的计算结果有助于指导运行人员的经济运行 ,并可作为电厂能耗分析的基准值。
3.
The parameter adjustment and control methods of commitment mill in DEB way are pointed,with the two different state of sliding pressure and constant pressure when the AGC input.
通过对公司二期300 MW机组自动发电控制(AGC)投入状态下DEB方式启停磨的分析,指出了AGC投入状态下DEB方式时滑压和定压两种不同状态下启停磨的参数调整及控制方法。
2) Hydraulic Slipway
液压滑台
3) hydrodynamic lubrication
动压润滑
1.
According to the characters of geometrical model in textured surfaces, hydrodynamic lubrication of textured surfaces was studied based on Navier-Stokes, and the situation result was compared with that based on Reynolds equations.
根据微造型的几何模型特点,基于N-S方程研究了微造型表面的动压润滑性能,并与基于雷诺方程求解的微造型表面的动压润滑性能进行了比较。
2.
In accordance with the structure and working condition of the circular saw blade,as well as the theory of hydrodynamic lubrication,we established a dynamic equation of the circular saw blade system.
根据圆锯片的结构特点以及圆锯片的实际工作条件,结合流体动压润滑理论,建立回转圆锯片工作系统的动力学方程,通过对该动力学方程的理论分析,利用专门设计、制造的试验装置,对圆锯片的静态特性及圆锯系统的动态特性进行了测量,将测量数据与理论分析进行了对比,结果表明,流体动压膜可有效地减少圆锯片横向振动的幅值,这为进一步研究减小圆锯片工作时的横向振动及提高其稳定性奠定了基础。
3.
The hydrodynamic lubrication performance of rectangle,inclined plane,circular-arc,triangle,multi-arc and sine surface texture was researched with CFD method based on N-S equation.
采用基于N-S方程的CFD方法,研究矩形、斜面台阶形、圆弧形、三角形、多圆弧形以及正弦形织构表面的动压润滑性能。
4) dynamic lubrication
动压润滑
1.
Base on the research, according to the theory of hydro-dynamic lubrication, using high-rotating movement and transverse vibration form liquid press film, restrain transverse vibration of blade, a dynamics equation of high-rotating disk slice blade system is established, in .
在此基础上,根据流体动压润滑理论,研究了一种高速圆盘薄片刀具横向振动控制器,利用高速圆盘薄片刀具的回转运动和横向振动来形成流体压力膜,抑制圆盘薄片刀具的横向振动。
5) Smooth roller bar
光滑压辊
6) Hydrostatic slipring
静压滑环
1.
The structure and application of hydrostatic slipring are introduced.
介绍了静压滑环的结构特点及其应用。
补充资料：冲击波超压与动压