- 更多网络例句与液滴相关的网络例句 [注：此内容来源于网络，仅供参考]
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A method of killing flying insects which method comprises spraying into the air in which insects are flying liquid droplets of an insecticidal composition, a unipolar charge being imparted to the said liquid droplets by double layer charging and charge separation during spraying, the unipolar charge being at a level such that the said droplets have a charge to mass ratio of at least +/-1x10-4 C/kg.
一种杀死飞虫的方法，该方法包括：向具有飞虫的空气中喷射杀虫剂组合物液滴，在喷射过程中通过双层充电以及电荷分离而向所述液滴施加单一极性的电荷，单一极性的电荷处于使所述液滴具有至少＋／－1×10-4C/kg的电荷／质量比的水平。
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The cooling process involves complex droplet evaporation, strong convective heat and mass transfer, therefore a deep understanding of spray characteristics is essential to optimize the nozzle design and improve the cooling efficiency of the spray. This paper presents a theoretical model to describe the equilibrium evaporation process of a single droplet in cryogen spray.
为了深入了解制冷剂喷雾特性以提高冷却效率、优化喷嘴设计，利用质量传递数法推导传质方程，通过选取合适的阻力系数经验关联式建立了动量方程，考虑液滴蒸发以及与环境气体的对流换热建立了液滴能量方程，初步建立了单个制冷剂液滴平衡蒸发阶段蒸发冷却理论模型。
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A high resolution digital camera and image processing were used to investigate the process of drop formation in a normal CFB experimental system.
液液雾化过程是液液循环流化床的关键技术之一，在流化床常态实验装置上，采用快速摄像与图像处理相结合的方法，获得了实验流量范围内液滴形成过程的图像以及形成液滴的粒径信息，运用数学分布函数对液滴的粒径分布进行了研究。
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Based on the theory of large eddy simulation and the method of VOF , the initial breakup process of fuel liquid jet, which eject from the nozzle exit at the time scale of micro-second level, is investigated. The mechanism of primary atomization is analyzed, and the initial breakup model of liquid jet is presented. By modeling and numerical simulation of atomization for a diesel nozzle under the given conditions, the initial umbrella-like spray shapes are obtained, which fits better with the experimental results. Meanwhile, the droplets secondary breakup process, such as leeward RT breakup, dumbbell-like breakup and droplets coalescence, etc. are exhibited visually.
基于大涡模拟LES理论和VOF方法，考察了燃油喷雾初始时刻即时间尺度为微秒级的液柱破碎过程，分析了初始破碎的机理，给出了该时间尺度下液柱初始破碎过程的模型；通过对一特定条件下的柴油机喷油器的建模和喷雾过程的大涡数值模拟，获得了液柱初始时刻"伞状头部"的喷雾形态，所得计算结果与相应的试验数据符合较好；数值模拟还直观地展现了液滴背风RT破碎、哑铃型破碎以及液滴的聚集融合等液滴的二次雾化过程。
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Since the spray flow is influenced strongly by the condition of gaseous phase, the simulation of gas flow field is illustrated especially at the first part of the thesis.
此外，本文对离散液滴模型中液滴的分组采样、液滴运动轨迹的计算以及液滴的蒸发模型也作了详尽的阐述。
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In order to resolve the repeatability of contact angle measurement, the factors such as droplet volume, measure time, hydrophilic and hydrophobic targets were studied by using deionized water on glass and paraffin surface.
针对喷雾液滴在靶标上接触角测量的重现性不佳等问题，以玻璃和石蜡模拟靶标表面，研究了去离子水在亲水和疏水靶标表面上液滴体积和测量时间对接触角测量的影响，结果表明：液滴体积越大接触角越小，这种趋势在亲水表面比疏水表面上更突出，测量时体积可分别选择在0.5~1μl和1~5μl；液滴滴下30-50s后与固体表面基本达到平衡，对接触角测量的准确度影响较小。
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Slight fragmentation of dropl ets before ignition,part and full fragmentations of droplets during burning peri o d,were observed under different pressure and temperature,and characteristic phot ographs of droplet microexplosion s were given.
观察到液滴在不同环境压力和温度下的 3种微爆模式，即液滴在着火前的轻度破碎、液滴在燃烧时的部分破碎和全部爆碎，并给出了微爆过程的特征照片，定量测试了液滴微爆延迟期、微爆温度和微爆直径与环境压力、温度的关系。
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Three modes of microexplosions,i.e.,slight fragmentation of dropl ets before ignition,part and full fragmentations of droplets during burning peri o d,were observed under different pressure and temperature,and characteristic phot ographs of droplet microexplosions were given.Microexplosion delay time,temperat ure and diameter of droplets were also measured quantitatively.
观察到液滴在不同环境压力和温度下的3种微爆模式，即液滴在着火前的轻度破碎、液滴在燃烧时的部分破碎和全部爆碎，并给出了微爆过程的特征照片，定量测试了液滴微爆延迟期、微爆温度和微爆直径与环境压力、温度的关系。
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By analyzing the force on a single droplet, the function of droplet velocity with time was obtained, and calculation results showed that the droplet velocity had a quick decent, and dropped to its terminal velocity in 0.6 s.
对单液滴进行受力分析，推导出了液滴运动速度与时间的关系式，并针对CO2-H2O体系计算了不同液体雾化压力下液滴速度的变化，结果表明，液滴速度衰减很快，在0.6 s内液滴趋近其终端速度。
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The results show that the growth rate of tetrapod ZnO is controlled by spiral growth and its crystallization is via VLS model. The condensation of tiny zinc droplets in zinc vapor is the key factor of the formation of tetrapod ZnO. The growth steps are formed on the terminated faces as zinc diffuses outwards and the elongation of whiskers continues until zinc inside the droplets is depleted. VS crystallization, which has little effect on the elongation growth, takes place on side faces of the whiskers and consequently makes the whiskers radius increase.
结果表明： T-ZnO晶须的结晶作用是气-液-固方式，晶须生长受螺旋生长机理控制；锌蒸气中产生凝聚生长的锌液滴是制备T-ZnO晶须的关键，锌从液滴内向外扩散在晶须的端面产生生长台阶，随着液滴内的原子向外不断扩散，针体部分就不断地伸长生长，当液滴内的原子全部消耗尽时，晶须便不再发生轴向生长；气-固方式的作用主要是促进晶须棱面生长而使晶须变粗，对轴向生长几乎没有影响。
- 更多网络解释与液滴相关的网络解释 [注：此内容来源于网络，仅供参考]
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droplet：液滴
(5)液滴(droplet)系指在静止条件下能沉降、在紊流条件下能保持悬浮这样一种尺寸和密度的小液体粒子,主要粒径范围在200μm以下. 气态污染物可分为一次污染物和二次污染物. 若大气污染物是从污染源直接排出的原始物质,则称为一次污染物.
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splat cooling：液滴冷却
splasher 防溅板 | splat cooling 液滴冷却 | splice bar 鱼尾板
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titrate：被滴定液 滴定
titratable 可滴定 | titrate 被滴定液 滴定 | titratingsolution 滴定液
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argentometric titration：银液滴定<法>
argentation 镀银 | argentometric titration 银液滴定<法> | argentometry 银液测定法
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argentometric titration：银液滴定
,"argentation","镀银" | ,"argentometric titration","银液滴定" | ,"argentometry","银液测定法"
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guttiferous：带液滴的
guttation 吐水(作用) | guttiferous 带液滴的 | guttiform 滴点形
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Droplet congregating：液滴聚集
液滴脱落:Droplet falling | 液滴聚集:Droplet congregating | 覆盖分布:Droplet cover distribution
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burn a drinking straw with a cigarette lighter, causing hot plastic to fall on Fan's feet：用打火机烧饮管,把滴出的熔液滴在樊敏仪的脚上
用手扼死某人use hands... | 用打火机烧饮管,把滴出的熔液滴在樊敏仪的脚上burn a drinking straw with a cigarette lighter, causing hot plastic to fall on Fan's feet | 用枕头盖过她的脸令她窒息致死put a pillo...
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volumetric solution：滴定液,滴定用液
volumetric ratio ==> 容积比 | volumetric solution ==> 滴定液,滴定用液 | volumetric standard ==> 标准容器
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volumetric solution, VS：滴定液 滴定液
voltage operated channel 電壓調控性通道 电压调控性信道 | volumetric solution, VS 滴定液 滴定液 | vomiting 嘔吐