- 更多网络例句与喷火口相关的网络例句 [注：此内容来源于网络，仅供参考]
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Her antiquity in preceding and surviving successive tellurian generations: her nocturnal predominance: her satellitic dependence: her luminary reflection: her constancy under all her phases, rising and setting by her appointed times, waxing and waning: the forced invariability of her aspect: her indeterminate response to inaffirmative interrogation: her potency over effluent and refluent waters: her power to enamour, to mortify, to invest with beauty, to render insane, to incite to and aid delinquency: the tranquil inscrutability of her visage: the terribility of her isolated dominant implacable resplendent propinquity: her omens of tempest and of calm: the stimulation of her light, her motion and her presence: the admonition of her craters, her arid seas, her silence: her splendour, when visible: her attraction, when invisible.
365她历史悠久：地球上连绵不断的世世代代存在之前她就存在，并将继续存在下去。她在夜间的优势。她作为卫星的依存性。她反射光的性能；起落盈亏，运行有常，恒久不变。她的容貌注定永不改变。她对不明确的讯问，都给以暧昧的答复。她能够支配潮汐涨落。她具有使人迷恋，心碎，赋予美，逼人发疯，煽动并助长人们为非作歹的种种本事。她的表情那么安详而秘不可测。她孑然一身，居高临下，毫不留情，光彩夺目，令人望而生畏，不敢挨近。她预示着暴风雨或天朗气清。她焕发出的光芒，她那一举一动与存在都给人以刺激。她的喷火口，她那枯竭的海，她的沉默，在在都发出警告。看得见时，她是何等光辉灿烂，看不见时，她又是何等富于魅力。
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An analytical model was built up on the jet deflection in the crossflow by applying the theorem of momentum, which takes full account of mixing between the upstream fluid and burner jet, and of the total pressure difference between the two sides of the jets. Through analysis of this model, experimental study and numerical simulation, effects of the nozzle spacing ratio, width of the furnace corner, width of the nozzle and imaginary circle diameter on the aerodynamic field in the furnace were obtained.
本文综合考虑了炉内旋转气流与燃烧器射流的混合和燃烧器射流向火侧与背火侧的全压差等因素，应用动量定理建立了横向气流中射流偏转的分析模型，并结合冷态模化试验和数值模拟计算，得到了燃烧器间隙率、炉膛切角、喷口宽度和假想切圆直径等因素对炉内空气动力场影响的规律。
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The results show that the discharge and cooling stages of sparkjet were simulated by computational method. The instance energy input can produce the condition of high pressure and temperature in the actuator, which induce the forming of synthetic jet. With the increment of the input energy, the velocity of the synthetic jet could be increased to the supersonic state. Under the periodic energy input, the distribution of the sparkjet velocity on the nozzle is non-sinusoidal. And the discharge velocity of jet is much larger than the suction velocity of the flow from environment.
计算结果表明：采用本文的计算方法可以模拟出火花型激励器喷射、吸入的工作阶段；电火花瞬间能量的输入产生了腔体内的高温、高压环境，从而诱发合成射流的形成；当激励能量增加，激励器产生的合成射流速度增加，可达到超声速状态；周期性激励下，火花型合成喷喷口处的轴向平均速度随时间不是正弦分布，且喷射过程的最大速度要远远大于吸收过程的最大速度。
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Eons pass before carbon, buried in the Earth's crust, issues as a gas from a volcanic vent in New Zealand, or locked up in limestone, erodes off mountains.
千万年前的碳，埋在地球的外壳，作为一种气体从火山喷火口在新西兰，或锁定在石灰石，侵蚀了山区。
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Numerical experimental results showed that the perimeter air deflectable deposited burner could ensure the flame stability to satisfy combustion requirements under low load and can prevent spout fire carrying, low concentration of particle matters around the water-wall ensures the water-wall to be in oxidation atmosphere to solve problems of high temperature erosion and slagging, and particle matters separated from main spray caused by deflectable deposited perimeter air plays a significant role in low NO combustion control.
数值试验结果表明，偏置周界风燃烧器在保证煤粉气流着火稳定性以满足低负荷燃烧要求的同时，具备较强的防止喷口带火能力；炉内水冷壁附近颗粒物质量分数相对较小，从而能保证较高的氧化性氛围以解决水冷壁高温腐蚀、结渣等问题；偏置周界风所引起的炉内气固两相偏析在低NO燃烧控制方面具有重要意义。
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A method for designing the perimeter air deflectable deposited combustor combining advantages and disadvantages of perimeter air, side air and blunt technique was proposed to solve problems of primary air fire carrying, high temperature erosion, slagging and low load flame instability in the large scale power plant boiler.
针对大型电站锅炉存在一次风喷口带火、高温腐蚀、水冷壁结渣、要求低负荷稳燃等问题，结合周界风、侧边风、钝体技术在不同方面的优缺点，提出了偏置周界风燃烧器设计方法。
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The numerical experimental result indicated that perimeter air deflectable deposited burner could ensure the flame stability, prevent spout fire carrying and promote low pollutant emission combustion.
结果表明偏置周界风燃烧器在保证煤粉气流着火稳定性同时，具备较强的防止喷口带火能力及低NOx燃烧能力，并能够保证了水冷壁附近处于相对较高的氧化性氛围，从而解决水冷壁高温腐蚀、结渣等问题。
- 更多网络解释与喷火口相关的网络解释 [注：此内容来源于网络，仅供参考]
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bocca：小锥体
bocca 熔岩口 | bocca 小锥体 | boccacrater 喷火口
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craterlet：小坑洞
crateriform 喷火口状的 | craterlet 小坑洞 | craterwall 火口壁
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lava dome：熔岩穹丘
熔岩穹丘(Lava Dome) 熔岩穹丘是圆形的、边缘陡峭的丘状物,是由于高粘度的火山熔岩(英安岩或流纹岩)堵塞喷火口所形成. 熔岩穹丘顶端一般无火山口,从地下涌来的岩浆挤入熔岩穹丘内部,从而引起熔岩穹丘突起变形. 熔岩穹丘的表面是已经冷却的坚硬的熔岩,
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extravasation：喷溢
喷岩相 eruptive facies | 喷溢 extravasation | 喷溢火口 crater of eruption
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monkey jacket：渣口水箱
渣口喷火blowing on the monkey | 渣口水箱monkey jacket | 渣口小套, 小渣口monkey
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volcanic vent：火山喷火口
volcanic tuff 火山凝灰岩 | volcanic vent 火山喷火口 | volcanic 火山的
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crateriform：喷火口状的
cratered 有坑洞的 | crateriform 喷火口状的 | craterlet 小坑洞
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crateriform：喷火口状的/漏斗状的/似火山口的
crater /火山口/喷火口/弹坑/ | crateriform /喷火口状的/漏斗状的/似火山口的/ | craterization /火山口状切除术/
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crateriform：喷火口状 漏斗状
craterpit环形山坑 | crateriform喷火口状 漏斗状 | crateriformdepression杯口状凹陷
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cratering explosion：爆炸坑
"crater","喷火口,焊口,焰口" | "cratering explosion","爆炸坑" | "crawling pattern","爬行图型"