All the major factors affecting laser ignition are discussed.
讨论了影响激光点火的因素。
This will provide references for the design of laser ignition systems.
这必将为含能材料激光点火系统的设计提供参考和依据。
The experiments of base ignition, center-core ignition and multi-point laser ignition are carried out.
进行普通底部电点火、中心传火管点火和激光多点点火的实验工作。
Through the numerical simulations we analyze the influence on laser ignition under the different factors.
通过数值模拟分析不同因素对激光多点点火的影响。
This paper is concerned with the laser ignition performance of energetic material affected by the light spot diameter using photoelectric method.
用光电探测法研究了激光光斑直径对含能材料激光点火特性的影响。
Through the calculation of thermal stress values, it has been affirmed that free oscillation laser ignition of the explosive is heating ignition.
本文用一维激光热熔条件计算了与时间效应有关及无关的热应力值，从理论上证明自由振荡激光引爆机理是热起爆；
The whole design of laser ignition system with single optical fiber is researched in the paper. The emphasis of study is concentrated on performance of system.
论文主要研究了激光单点点火系统的总体设计，研究重点为激光单点点火系统的性能。
The goal, as its name implies, is to harness the power of the largest laser ever built to start "ignition" - effectively a carefully controlled thermonuclear explosion.
顾名思义，国家点火装置的目标是借助世界上迄今为止最大的激光器进行“点火”——有效且可控的热核爆炸。
The team has already created an ignition system in which a laser travels through fiber-optic cables to optical spark plugs.
这个研究组已经研制出一种激光通过光纤到达火花塞的点火系统。
The report is based on the first experiments from the National Ignition Facility (Nif) in the US that used all 192 of its laser beams.
这个结论是研究人员在拥有192激光束的美国国家点火装置（NIF）进行初步实验后得出的。
The advantages of laser diode ignition are briefly reviewed.
本文简述了激光二极管点火的优越性；
Thermal interaction mechanism of laser diode ignition is investigated through theoretic analysis, experiments and numerical calculations. The critical values and impacting factors are analyzed.
通过理论分析、实验和数值计算研究了激光二极管点火的热作用机理，分析了点火的临界值及影响因素。
The ignition threshold of laser supported detonation wave (LSDW) can be determined based on the component variation of plasma in the laser absorption zone with laser power density.
根据激光吸收区等离子体组分与激光功率密度的关系判定激光支持爆轰波(LSDW)的点燃阈值。
The influences of plasma parameters such as energy, ignition location and shape on drag performance are reviewed. At present, laser plasma technology can reduce the wave drag by 70%.
讨论了等离子体能量、点火位置和形状等参数对减阻性能的影响，目前利用激光等离子体技术可以减小70%的波阻。
The delay time of ignition is shorted with the rise of the energy density of laser linearly, but when the energy density increases over a critical value, the delay time keeps constant.
当激光能量密度低于某一临界值时，点火延迟时间随激光能量密度的提高而线性变短，然而激光能量密度超过该临界值后，激光点火延迟时间保持恒定。
A new experimental set-up has been developed using pulsed-laser to blast various dust clouds with minimum ignition energy determined at once.
报道了用脉冲激光引爆并测定粉尘云最小点火能量的方法。
A new experimental set-up has been developed using pulsed-laser to blast various dust clouds with minimum ignition energy determined at once.
报道了用脉冲激光引爆并测定粉尘云最小点火能量的方法。
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