solid propellant

基本解釋

A non-flying prototype was intended to demonstrate that controlling unruly solid propellant would be possible during landing.
一個無法飛行的雛形預(yù)計將會演示，在著陸期間控制難以駕馭的固體推進(jìn)劑也是可能的。
Russian sources said that much more experimental work and funding would be required to prove that solid propellant could be safely used for a manned landing.
俄羅斯的消息人士稱，這將需要更多的試驗工作以及資金來證明固體推進(jìn)劑可以被安全地用于載人著陸。
Solid-fuel rockets, in which the fuel and oxidiser are pre-mixed into a stable, solid propellant and then packed inside the case of the rocket, are simpler, lighter and relatively safer.
固體燃料火箭發(fā)動機的構(gòu)造更簡單、分量更輕，而且相對更安全。在固體燃料火箭發(fā)動機里，燃料和氧化劑被預(yù)先混合成穩(wěn)定的液態(tài)推進(jìn)劑，然后被塞滿火箭發(fā)動機的燃料箱里。

固體推進(jìn)劑
A moving solid propellant aircraft always gives out an apparent plume. The plume is an important target of attacking and early warning.
固體推進(jìn)劑飛行器在運動過程中往往產(chǎn)生明顯的尾焰羽煙,它不僅是全向攻擊的主要目標(biāo),也是早期預(yù)警的重要對象。
機械工程
固體推進(jìn)劑

固體火藥
The Non-Fourier conduction heat transfer model is developed on conventional ignition theory for solid propellant. The analytical and numerical solutions are obtained for a cylinder solid propellant grain.
結(jié)果表明,用非傅立葉導(dǎo)熱模型作為固體火藥點火理論的本構(gòu)關(guān)系,比傳統(tǒng)的火藥點火理論更能夠真實地反映等離子體與火藥的相互作用。
固體火箭推進(jìn)劑