combustor的例句大全

To avoid error in combustor smoke measurement brought by burned gas from direct heater, measurements were made at a normal temperature.

为了避免直接加热器所产生的燃气中的冒烟对主燃烧室冒烟测量带来的误差，该冒烟测量是在主燃烧室常温下进行的。

Optimization of Annular Combustion Zone for Heavy Duty Gas Turbine DLN Combustor

重型燃气轮机DLN燃烧室环形区的优化

Experimental study on non-uniformity of fuel-air premixing in a DLN combustor

DLN燃烧室的燃料-空气预混均匀性研究

The model can predict the effect of change in dilution zone design or combustor operating conditions on the change of combustor exit radial temperature profiles based on exit temperature measurement before the change.

该模型能够由第一次试验得到的出口温度分布，推算出燃烧室掺混区设计修改后或工作状态改变后，燃烧室出口平均径向温度分布曲线的变化。

Optimized design on a new type thermal structure of scramjet combustor

超燃冲压发动机燃烧室新型热结构的优化设计

Application of laser anemometry to flow measurement inside of gas turbine combustor

LDA在燃气轮机燃烧室流场测量中的应用

Experimental investigation of supersonic combustion of hydrocarbon fuel ( kerosene ) in dual combustor has been conducted.

对双燃烧室中 煤油 超燃进行了试验研究.

The distribution of radiative heat flux to the combustor wall has been obtained by.

通过计算,获得了燃烧室壁面的辐射热流分布.

The combustor resonance properties are portrayed by instability zones, one zone for each acoustic mode.

燃烧室的共振特性用不稳定区表示, 每种声振型都有一个这样的区域.

The flux vector splitting method is adopted to solve the 2-D Euler equations and a numerical simulation is conducted for the division-flow inlet of Dual Combustor Ramjet ( DCR) as well as the cold-mixing flow field of both flows from a dump combustor and from a supersonic inlet.

采用矢通量分裂法求解2D－Euler方程组，对亚燃／超燃双重燃烧冲压发动机（DCR）进气分流流场及其双重燃烧的冷态掺混流场进行了数值模拟。

The air humidified combustion may cause that NOx emission dramatically reduce, CO and UHC emission slightly increase, the spectrum of pressure oscillation within combustor changes, and the temperature field at combustor exit becomes more poor.

研究结果表明，空气加湿燃烧导致NOx排放显著下降，CO和UHC排放略有上升，燃烧室中压力振荡的频谱产生了变化，燃烧室出口温度场畸变加剧。

It was detected that the temperature distribution within combustor, the temperature field at combustor exit, the pollutant emission ( i.e. NOx, CO and UHC) and the stability of combustion were affected by humidity.

实验中发现，燃烧室内温度分布、出口温度场、污染物生成（即NOx、CO、UHC）及燃烧稳定性都受到加湿度的影响。