The flame temperature is lower, thus giving a longer barrel life.
火焰温度较低，因而可使炮管寿命较长。
Flame temperature measurement is a complicated and difficult problem.
火焰温度测量是一个复杂而困难的问题。
Flame temperature is a very important parameter of the detonating fusee.
火焰温度是泄爆管重要性能参数。
The display principle of flame temperature field on computer is discussed.
最后给出了温度场计算机显示原理。
As the probe is cooled, the measurements for high flame temperature can be achieved.
由于探针可以采取冷却措施，因而可以测量很高的温度。
The results show that candle flame temperature in microgravity is indeed lower than that in normal gravity.
结果表明，微重力蜡烛火焰的温度小于正常重力蜡烛火焰的温度。
Fire environment of liquid pool includes shape of pool, flame height, flame temperature, thermal radiation and so on.
综述了室外池火灾火焰环境的研究进展，主要包括液池形状、火焰高度、火焰温度、火焰热辐射等。
As a kind of energy, photons in combustion reaction directly affect flame temperature in terms of Numbers and wavelength.
由于光子是一种形式的能量，因而燃烧反应发出的光子的数量和波长将直接影响到火焰的温度。
Theoretical flame temperature is considered as one of the important parameters which reflect the thermal state of a hearth.
理论燃烧温度是反映炉缸热状态的重要参数之一。
All these methods provide powerful tools for flame temperature measurement in different situation with different requirement.
这些方法为在不同场合，不同要求的火焰温度的测量提供了有力的工具。
The pasty propellant flame temperature measurement is very important to the propellant formula development and rocket motor design.
膏体推进剂火焰温度测量对推进剂配方的研制及火箭发动机的设计具有重要意义。
We adopt advanced four passages coal burner, improve the flame temperature, make a base of produce high quality low alkali clinker.
采用新型四通道煤粉燃烧器，提高火焰温度，为生产优质低碱熟料奠定了基础。
The reconstruction algorithm plays a key role in reconstructing acoustically the flame temperature field in coal-burning boiler hearth.
摘要在声学法燃煤锅炉炉膛火焰温度场重建中，重建算法是实现温度场重建的关键。
This paper describes some important factors influencing the accuracy of measuring flame temperature, which are found by the experiments.
本文叙述了通过实验找到影响火焰测温精度的一些重要因素。
In addition, equilibrium calculations were also performed in order to obtain the concentration of product and adiabatic flame temperature.
通过绝热燃烧平衡计算，得到产物浓度和绝热火焰温度。
The paper also presents the design method of optical system about the flame temperature measuring instrument and some experimental results.
也叙述了火焰温度测量仪器的接收系统的设计方法。
The principle of the method and its calculation processes are discussed, and results of a stable jet flame temperature distribution are given.
文中讨论了这一方法的基本原理及实现过程，并给出了对稳态射流火焰的实测结果。
Mathematical model is constructed in order to explain the physical mechanism of flame temperature detection in boiler using CCD camera directly.
建立了测温数学模型，为直接利用CCD摄像机检测锅炉炉膛燃烧火焰温度阐明了物理机理。
A technology of infrared spectroscopy diagnoses is introduced for the flame temperature and species concentration of exhaust emission of vehicles.
提出了红外光谱诊断技术用于诊断汽车废气排放物的温度和组分浓度。
The invention can simultaneously monitor the two-dimensional distribution of the flame intermediate material and the flame temperature field in real time.
本发明能够实时并同时监测火焰中间产物浓度和火焰温度场的二维分布。
Based on the colorimetric temperature measurement technology of color CCD, a non-contact pasty propellant flame temperature measurement system was designed.
为了测试推进剂燃料温度分布，采用彩色CCD比色测温技术，设计了一种非接触式膏体推进剂火焰测温系统。
Starting from temperature-measuring principle of three primary-colors, certain factors in the application of measuring flame temperature field was discussed.
本文从三基色测温原理出发，讨论了它在火焰温度场测量应用中受到的限制因素。
With the constantly increasing of output of engines and the more stringent exhaust emission regulations, it is necessary to measure the combustion flame temperature of the engines.
在发动机的不断强化和对排放日益严格的限制下，有必要对燃烧过程的火焰温度进行测试。
This paper introduces the application of the flame temperature adjustable high velocity burner and the pulse type system of temperature adjustable in aluminum ingot heating furnace.
介绍了高速调温烧嘴及脉冲式控温系统在铝锭加热炉上的应用情况，采用了炉顶垂直安装高速烧嘴的形式，取得了满意的加热效。
Through homogeneous mixing between gas and air in cyclical combustion chamber of gas external combustion type lime kiln, it can be enough combustion, has homogeneous flame temperature.
煤气、空气在外燃式石灰炉的环形燃烧室内混合均匀，燃烧充分，火焰温度均匀，便于控制。
The make up and basic principles of a flame temperature measuring system using colored array CCD (charge coupled device) are described along with an analysis of its major error sources.
介绍了利用彩色面阵CCD进行火焰投影温度测量的系统结构和基本原理，并分析其主要的误差来源。
The invention can simultaneously obtain monitoring images of the two-dimensional distribution of the flame temperature and the concentration of the combustion intermediate product on line.
本发明能够在线同时获得火焰温度和燃烧中间产物浓度二维分布的监测图像。
The invention can simultaneously obtain monitoring images of the two-dimensional distribution of the flame temperature and the concentration of the combustion intermediate product on line.
本发明能够在线同时获得火焰温度和燃烧中间产物浓度二维分布的监测图像。
应用推荐