- 更多网络例句与火焰点火相关的网络例句 [注：此内容来源于网络，仅供参考]
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Through experiments of excess air coefficient on the PC combustion in stove, it is concluded that it is no use to add too much air at the beginning of free-oil ignition of PC.
本文通过研究过量空气系数对炉内火焰的影响规律，指出在煤粉无油点火初期不宜补充大量二次风。
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The working mechanism of Wollaston prism differential interference contrast method is introduced, and by this method, the processes of ignition, backfire, flameout are observed. The effects of the stabilizing rod on v-flames are also researched.
介绍了Wollaston棱镜差分干涉仪的工作原理，用差分干涉法研究了预混V形火焰的的点火、熄火和回火过程的特性以及稳定杆对V形火焰的影响。
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Base on the Fluent software,the time-average N-S equation,RNG k-ε turbulence modeling,P1 radiant modeling and particle track modeling,example for boost motor PQM-1 of Titan 4,by using flow-solid coupling boundary condition,the 2D axial symmetry gaseity fluid modeling and two phase fluid modeling were founded and the influence of coagulate particle to the flame-spread process in large aspect ratio SRM ignition transient were analyzed.
0引言固体火箭发动机点火过程是点火燃气流动与火焰传播相互耦合的过程，即包括点火燃气流动、药柱加热、局部点燃、火焰传播、室压建立等复杂的非定常过程，其中火焰传播在点火瞬态过程中占有重要地位，是发动机点火延迟、压强峰值过高、断续燃烧和熄火的主要因素，因此国内
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A theoretical model based on isothermal mixture was established in which the intermittency was explained by interaction between the scalar concentration field and the vortex momentum field.
利用这一模型对射流边界的卷吸，燃料与氧化剂的混合以及这种作用对扩散火焰点火条件的影响进行了理论解释，从而为火焰熄火的预测提供了一种新的理论模型。
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The heat property and explosive property were also studied. The results show that KBFNP has a potential application in replacement of lead styphnate and mini-impulse system because of its good ignition and gas-making capability.
结果表明，KBFNP的初始分解温度为199℃，峰温206℃，具有典型起爆药分解特征；具有良好火焰感度，易点火；起爆威力较弱，点火能力较强；爆炸气体比容为657 mLg^(-1)，可用作微型推冲系统的动力源药剂。
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The plasma igniter with pilot-hydrogen and high-power plasma igniter are adopted in the direct-connected experiment of supersonic combustor.
采用等离子体点火、凹槽火焰稳定器和从壁面喷射燃料方式，实现了煤油的可靠点火和稳定燃烧。
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The ignition of the solid rocket motor is a very complex physical and chemistry process, which is composed of three component phases: ignition delay, flame spreading and chamber filling.
固体火箭发动机的点火是一个十分复杂的物理化学过程，包括三个阶段：点火延迟、火焰传播和燃烧室气体充填。
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A new ignition system is applied to pulse detonation engine, which is a flame jet ignition system, to enhance a deflagration to detonation transition time and length.
为了缩短爆燃向爆震转捩的时间和距离，该文将一种新型点火系统－火焰喷射点火系统应用于脉冲爆震发动机。
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The effects of intake temperature and air/fuel equivalence ratio on homogeneous charge compression ignition combustion of ethanol are investigated.
传统的火花点火式发动机和压燃式发动机的燃烧始点和燃烧过程分别取决于点火时刻和喷油时刻以及火焰传播速度和混合气形成速度。
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Combustion property of plateau oil-fired warm air heater have reached standards of former low altitude warm air heater, by analyzing procedure, again and again improving burner's brake plate, burner's blast tube and ignition system, repeatedly doing a large number of tests in low altitude and high altitude regions, In view of the facts of rare oxygen, burner igniting difficulty, unsteady flame and incomplete burning.
鉴于高原缺氧，燃烧机点火困难，火焰燃烧不稳定及燃烧不完全等问题，通过理论分析，对燃烧器配风器、喷火筒及点火系统的多次改进，并进行了平原和高原的多次实验，使高原燃油暖风机整体燃烧性能接近平原暖风机的性能。
- 更多网络解释与火焰点火相关的网络解释 [注：此内容来源于网络，仅供参考]
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Bernard Lewis：金奖(用于奖励燃烧领域的突出研究成果)
1、BERNARD LEWIS 金奖(用于奖励燃烧领域的突出研究成果) | 1958 Bernard Lewis 最小点火能量研究 | 1960 A. G. Gaydon 火焰光谱研究
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Bernard Lewis：最小点火能量研究
1、BERNARD LEWIS 金奖(用于奖励燃烧领域的突出研究成果) | 1958 Bernard Lewis 最小点火能量研究 | 1960 A. G. Gaydon 火焰光谱研究
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cylinder head：汽缸盖
汽缸盖(Cylinder Head)引擎的盖子及封闭汽缺的机件,包括水套和汽门及冷却片. 爆震(Detonation)为火焰的撞击或爆声,在火花点火引擎的燃烧室内,因为压过的空气燃料混合气会自燃,于是使部份未燃的混合气产生二次点火(在火星塞点火之后),
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detonation：爆震
或者由于燃烧室内油气点火后,火焰波尚未完全扩散,远端未燃的油气因为高温或高压而自燃,其火焰波与正规燃烧的火焰波撞击而产生极大压力,使得发动机产生不正常的敲击声--这便是俗称为敲缸的"爆震"(detonation)现象.
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igniter composition：点火剂成分
igniter capsule 火帽 | igniter composition 点火剂成分 | igniter flame 点火器火焰
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flame impingement：火焰冲击
flame igniter 引燃或点火装置 | flame impingement 火焰冲击 | flame inhibitor 消焰剂
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ignition timing：点火正时
通过准确了解引擎的燃烧状态,可在保持良好燃烧状态的情况下以1/10000秒为单位对点火正时(Ignition Timing)进行控制. 检测火焰中离子的原理已经应用于燃气设备的安全燃烧装置中. 由此,就能在确保引擎性能的条件下,向催化剂输送温度更高的尾气,
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flame ignition：火焰点火
"焰口","flame hole" | "火焰点火","flame ignition" | "火焰切削","flame machining"
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ignition flame：点火火焰
ignition factor 着火因素 | ignition flame 点火火焰 | ignition gas 点火气体
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flame contact ignition：火焰接触点火
flame cone 焰心 | flame contact ignition 火焰接触点火 | flame contact 火焰控制