应用方差分析和时间序列模型建立了一套新的燃气轮机性能监测方法。
A new set of gas turbine performance monitoring methods has been established by using variance analysis and time sequence models.
在间冷(ic)循环燃气轮机中，间冷器是对燃气轮机性能有重要影响的部件。
In an IC (intercooling) cycle gas turbine, intercoolers are components that exercise a major influence on the gas turbine performance.
燃气轮机在航空作业中处于高温高压和高能的状态下，其性能远远优异于滑行，着陆和起飞阶段。
That's one reason why gas turbines work so well in aircraft; other than taxing, landing, or taking off, the engine runs at high pressure, high power and high temperature.
作为回热循环中的关键部件，回热器性能的好坏对于燃气轮机效率的提高至关重要。
Recuperator, as the key part in recuperated cycle, plays the important role in efficiency increasing of gas turbine.
燃气轮机的性能与环境温度有关，其出力随燃气进气温度升高而降低的问题可通过冷却燃气进气来解决。
The performance of a gas turbine is related to environmental temperatures and its output decreases with the increase of gas inlet temperature, which can be solved by cooling the inlet gas.
通过对燃气轮机增压站压缩机性能曲线的分析，对压缩机防喘振控制逻辑进行了分析及改进。
The control logic preventing the compressor from surge was analyzed and improved after the performance curve of compressor in gas turbine booster station was analyzed.
研究结果还表明，由于供给燃料发生变化而引起的燃气轮机转速的改变，有利于改善混合动力系统的变工况性能。
The results also show that the performance of variable working condition of hybrid system can be improved by changing the rotational speed of gas turbine.
本文中的超速试验台，是用来考核船舶用燃气轮机轮盘高速旋转性能的。
The over-running test rig is applied to evaluate the high-speed rotating performance of the disk on the gas turbine.
文章对由燃料电池和燃气轮机组成的混合发电系统的性能进行了分析。
This paper addresses the performance analysis of a fuel cell-gas turbine hybrid system.
它适用于在现有的简单循环燃气轮机基础上加装一新设计的回热器，可使该系统的性能达到最优。
It can be used properly by adding a new designed regenerator in an existing simple cycle gas turbine to make this gas turbine system reach an optimal performance.
本文即是针对这两方面的要求，进行燃气轮机排气蜗壳的设计及数值模拟计算，为设计制造高性能的舰用燃气轮机排气蜗壳提供可靠的依据。
In order to offer reliable basis, in this article a few exhaust volute models of gas turbine are designed and some numerical simulations are carried on according to the requirements mentioned above.
该装置的柴油机及燃气轮机功率、转速及负载转换控制、自动同步离合器的动态性能指标等是影响舰船机动性和操纵性的重要因素。
The dynamic performance of Synchronous-Self-Shifting clutch is of great importance to the control on transmission of power, rotation speed and load.
燃气轮机的性能与环境温度有关，其出力随燃气进气温度升高而降低的问题可通过冷却燃气进气来解决。
The performance of gas turbine has relation with the environmental temperature and its output is reduced with increase of gas inlet temperature, which can be solved by means of cooling the inlet gas.
通过实例，对中冷回热循环燃气轮机的动态性能进行分析，并与简单循环燃气轮机仿真结果进行比较。
The dynamic behaviors of intercooled regenerated cycle gas turbines are analyzed by an example, and are compared with simulation results of simple cycle gas turbines.
因而能用于双轴燃气轮机的微机数字控制和对气动性能参数监控中的失效参数实时估值计算。
Thus the model is capable of microcomputer digital control of gas turbine and of real time estimation of mal functioned parameters in the gas turbine monitoring system.
燃气轮机的生产制造涉及大量新材料、新结构、新制造技术，涉及燃气轮机的空负荷试车及性能测试技术。
The production of gas turbine is concerned with plenty of new material, new structure and new advanced technology as well as with no load test and performance test technology of gas turbine.
研究还发现柔和燃烧具有较高的燃料适应性和变负荷性能，验证了柔和燃烧应用于燃气轮机燃烧室的可行性。
It is found that mild combustion is of wide fuel flexibility and load flexibility, which reflects the feasibility of mild combustion of gas turbine combustor application.
提出了以常规燃机循环作为顶部循环，APGC为底部循环的新型燃气轮机动力联合循环，并对不同的联合循环形式进行了性能分析和对比。
The new proposed combined power cycle is constructed with the APGC as the bottom cycle and conventional gas turbine as the topping one.
选用M701F型燃气轮机，对其燃用焦炉煤气的性能进行研究。
Take M701F gas turbine for exmple, study the performance of gas turbine fired coke oven gas.
燃气轮机的性能与环境温度有关，其出力随空气进气温度升高而降低，燃气轮机的进气冷却是增加其出力的最有效的方法。
The performance of gas turbine has relation with the environmental temperature, and its output is reduced with increase of gas inlet temperature.
燃气轮机排气扩散器的国产化设计、性能分析等关系到整个燃机运行的性能，以及后续余热锅炉的安全运行。
The localized design and performance analysis of gas turbine exhaust diffuser determine the performance of whole gas turbine exhaust system and the safety of waste heat boiler.
燃气轮机排气扩散器的国产化设计、性能分析等关系到整个燃机运行的性能，以及后续余热锅炉的安全运行。
The localized design and performance analysis of gas turbine exhaust diffuser determine the performance of whole gas turbine exhaust system and the safety of waste heat boiler.
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