利用密闭爆发器试验研究了大弧厚深钝感球扁药的定容燃烧性能。
The isovolumetric burning performance of deep deterred oblate spherical powder(DDOSP) with large web is investigated by the closed bomb test.
该系统简化后应用在定容燃烧室上，可以点燃不同初始条件下的可燃混合气。
For the simplified system was applied in a constant volume combustion chamber, the combustible mixture can be ignited at any situation.
设计了一种可变湍流参数定容燃烧弹试验装置，用于预混湍流燃烧的基础研究。
An experimental system of constant volume combustion bomb with variable turbulence parameters is designed and carried out for the fundamental research of premixed turbulent combustion.
在定容燃烧装置与B1135型单缸机上，对陶瓷隔热复合机的燃烧过程进行了试验研究。
Combustion process of a ceramic heat insulated compound engine was experimentally studied in a constant-volume combustion bomb and a B1135 type single-cylinder diesel engine.
在对定容燃烧弹内火焰进行拍摄分析的基础上，研究生物添加剂对滞燃期，火焰传播的影响。
In this dissertation, based on analysis for the combustion in a constant volume combustion bomb, the parameters such as combustion delay period, combustion-flame propagation have been investigated.
定容燃烧实验研究表明，通过调节钝感剂加入量、钝感时间等因素，可以有效的实现球扁药的燃烧渐增性。
The closed bomb burning experiments indicated that the burning progression could realize when the factors of deterrent quantity and deterring time were regulated.
利用孔板平动法生成湍流，通过调节平板孔径的大小和驱动电机的转速来达到在定容燃烧弹内生成不同频段湍流特性的目的。
Turbulent characteristics of different frequency band in constant volume combustion bomb can be realized by changing the structure of the perforated plate and the velocity of driving motor.
等离子体点火密闭爆发器定容实验研究表明，通过对电能释放规律的控制，能有效调节火药的点火与燃烧过程。
Experimental results show, the ignition and combustion process of propellant can be effectively modulated by controlling the electric discharge behavior of pulsed power supply.
在自制的定容氧弹燃烧装置上， 测量了多种煤样在氧弹内燃烧期间气体压力随燃烧时间变化的关系。
Using a home-made constant-volume oxygen-bomb combustion apparatus, the change of gas pressure with combustion time of coal samples in oxygen-bomb were investigated.
在自制的定容氧弹燃烧装置上， 测量了多种煤样在氧弹内燃烧期间气体压力随燃烧时间变化的关系。
Using a home-made constant-volume oxygen-bomb combustion apparatus, the change of gas pressure with combustion time of coal samples in oxygen-bomb were investigated.
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