1.
radiation-enhanced burning rate
辐射增强的燃烧速率
2.
APPLICATION OF LIQUID JET TO REINFORCEMENT OF SUPERSONIC COMBUSTION
液体射流在强化超音速燃烧中的应用
3.
an electron tube used to generate or amplify electromagnetic radiation in the microwave region by velocity modulation.
通过速率的调制在微波波段产生或增强电磁辐射的电子管。
4.
Influence of Enhanced UV-B Radiation on Diurnal Variations of Respiration Rate and N_2O Emission from Winter Wheat Ecosystem
UV-B辐射增强对冬小麦生态系统呼吸速率和N_2O排放日变化的影响
5.
PMOSFET's Enhanced Low Dose Rate Irradiation Damage
PMOS管的低剂量率辐射损伤增强效应
6.
burning rate-pressure relationship
燃烧速率与压力的关系
7.
Experimental Study on Thermal Characteristics of the Injecting Radiant Tube Gas-Fired Combustor;
引射式辐射管燃气燃烧器热工特性的试验研究
8.
THE PERFORMANCE ANALYSIS OF THE COMBUSTOR-EMITTER OF THERMO-PHOTOVOLTAIC SYSTEM
热光伏系统燃烧.辐射器的性能分析
9.
Accelerated Simulation Method to Evaluate Enhanced Low Dose Rate Sensitivity of Bipolar Operational Amplifiers by Decreasing Temperature in Step During Irradiation
双极运算放大器低剂量率辐照损伤增强效应的变温加速辐照方法
10.
Adopting the combustion method mainly with radiation heat transfer is the effective avenue of increasing the thermal efficiency of Chinese cooking gas appliance.
采用以辐射传热为主的燃烧方式 ,是提高中餐燃气炒菜灶热效率的有效途径。
11.
Effects of Enhanced Ultraviolet-B Irradiance on Physiology、Compositions、Resource Allocation、Construction Cost and Allometry of Amaranthus Retroflexus
增强UV-B辐射对反枝苋资源分配与异速生长关系的影响
12.
Effects of Enhancment UV-B Radiation on Photosynthetic Characteristics and Water Use Efficiency of Rice
UV-B辐射增强对水稻光合特性及水分利用效率的影响
13.
Research of an Adjustive System of Boiler Combustion Based on the Radiant Energy
基于辐射能信号的锅炉燃烧调节系统研究
14.
The Study on Boiler Combustion Control System Optimizing by Radiative Intesity;
利用辐射能信号进行锅炉燃烧控制优化的研究
15.
Research of a Control System for Boilers Combustion Based on the Radiant Energy Signal;
基于辐射能信号的电站锅炉燃烧控制系统研究
16.
The Computer Simulation Analysis of Diesel Engine Combustion Noise;
柴油机燃烧辐射噪声的计算机仿真研究
17.
Boiler Combustion Monitoring and Optimizing Control Based on Inducing Radiant Energy Signal;
引入辐射能信号的锅炉燃烧检测及优化控制
18.
Computed the Infrared Radiated Characteristic of the Hyperthermal Multi-phase Flowing Combustion;
超高温多相流燃烧物质红外辐射特性的计算