1) supplemental combustion
补燃
1.
Performance analysis for irreversible combined heat engine cycle with supplemental combustion;
补燃型不可逆联合循环热机的性能分析
2.
Base on the combined power cycle model provided by literature,this paper established a model of combined carnot and rankin cycle model with heat resistance,heat leakage and supplemental combustion.
在原有的联合循环模型的基础上,建立了一个存在热阻、热漏和补燃的卡诺和朗肯联合循环热机模型。
2) supplementary firing
补燃
1.
A model on calculation of thermal efficiency during flue gas condensation of natural gas is built, the relationship of gas thermal efficiency with flue gas temperature, air factor, and air humidity ratio is discussed, and influence of air preheating and supplementary firing on gas thermal efficiency is analyzed.
建立了天然气烟气带冷凝过程热效率计算的数学模型,讨论了排烟温度、空气系数和空气含湿量与热效率的关系,分析了空气预热和补燃对热效率的影响。
2.
Two kinds of supplementary firing equipments used for HRSG (Heat Recovery Steam Generator) are introduced, and it gives a detailed description of the structureal design and performance features of supplementary fired HRSG.
介绍了燃-蒸联合循环余热锅炉补燃装置的分类及布置形式,重点介绍了带内补燃装置的余热锅炉的设计特点,对余热锅炉设计及选型具有参考作用。
3) afterburning
['ɑ:ftə,bə:niŋ]
补燃
1.
An afterburning method in supersonic combustor was employed to solve the main problem of supersonic combustion of kerosene.
试验采用亚燃燃烧室产生的高温富油燃气在超燃燃烧室的超声速主气流中补燃的方案实现了煤油超燃过程 ,研究了在不同超声速主气流总温状态下高温富油燃气的当量比对超声速燃烧效率的影响 ;分析了超燃燃烧室中的总压恢复特
4) afterburning chamber
补燃室
1.
Effects of fuel-gas jetting modes on mixing effectiveness in the afterburning chamber of solid rocket ramjets;
燃气喷射方式对冲压发动机补燃室掺混效果的影响
2.
Numerical simulation of mixing and combustion in afterburning chamber for ringed-propellant solid rocket ramjet engine was done by standard κ-ε two equation turbulent models.
文中采用标准κ-ε双方程湍流模型数值模拟一种环向进气的固体火箭冲压发动机补燃室的掺混燃烧过程,考虑了补燃室的出口反压、空燃比和燃气喷射角度等设计参数对燃烧流场的影响,结果表明:增大出口反压和空燃比,有利于补燃室内掺混和燃烧的进行;增大燃气喷射角度,补燃室头部温度升高,燃料停留时间增大,对燃烧流场特性影响不大。
5) supplemental firing system
补燃系统
1.
A detailed description of unique subsystem in the HRSG,for instance,VHP & LP section circulating system,supplemental firing system and SCR.
系统介绍了新型余热锅炉的几个特点:双压力等级的汽水系统,管式燃烧器的补燃系统和选择性催化还原脱硝装置,并针对新特点的调试方法和调试过程进行了充分说明,最后对进一步研究和调试运行类似的余热锅炉提出建议。
6) staged combustion cycle engine
补燃循环
1.
Turbine power control of staged combustion cycle engine during start-up;
补燃循环发动机起动过程涡轮功率控制
补充资料：补片教程－补六边缺口
补此面的方法：
1、insert /points set/points on curve/
选项中number of points 选的越大，补出的面质量越高
2、insert /free form feature /from point cloud
选择上部插入的点，作出补丁面
3，insert /form feature /extract curve
从空缺多边形的边缘提取出曲线
4、insert /form feature /extruded body
沿垂直曲面方向（此处可用草图建模作方向线）
拉伸上述曲线，制作切割工具面
5、insert /form feature /trimmed sheet
用上步拉伸的曲面切割上面作出的补丁面
6，inser feature operation / sew
缝合 that is all .
1、insert /points set/points on curve/
选项中number of points 选的越大，补出的面质量越高
2、insert /free form feature /from point cloud
选择上部插入的点，作出补丁面
3，insert /form feature /extract curve
从空缺多边形的边缘提取出曲线
4、insert /form feature /extruded body
沿垂直曲面方向（此处可用草图建模作方向线）
拉伸上述曲线，制作切割工具面
5、insert /form feature /trimmed sheet
用上步拉伸的曲面切割上面作出的补丁面
6，inser feature operation / sew
缝合 that is all .
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条