flash vaporization
英 [flæʃ ˌveɪpəraɪˈzeɪʃn]
美 [flæʃ ˌveɪpərəˈzeɪʃn]
闪蒸汽化；急骤蒸发
双语例句
- Optimization for Flash Vaporization Process in Chaotic Particle Swarm Algorithm
基于混沌粒子群算法的闪蒸过程优化研究 - The article introduces the selection and application of regulation valves for the purpose of solving the problem of flash vaporization and cavitations.
针对调节阀的闪蒸和气蚀问题，介绍了调节阀在选型和使用中的要点。 - Study on the selection of control valve in cavitation erosion and flash vaporization
在气蚀和闪蒸场合下调节阀选用的研究 - From the experimental results, the phase diagrams, which correlate the temperature, pressure and percentage of vaporization of equilibrium flash vaporization of shale oil, are constructed.
从实验得到了推算页岩油平衡汽化的温度-压力-汽化率的关系相图。 - Finally, fuel was heated to higher than boiling point temperature by the Flash Vaporization System ( FVS) and was vaporized as soon as sprayed from nozzle.
最后，由自行设计、制造的液念燃料闪蒸系统（FVS）加热液体至沸点温度以上，使其在由喷嘴喷出的一瞬间发生相变，提高其雾化性能。 - Considering the water film flash vaporization and the heat exchange between water film and solid surface, volume equation has difference for nuclear power steam turbine dynamic modle and routine unit.
考虑核电站汽轮机所具有的水膜闪蒸和水膜与壁面换热后，核电汽轮机动态模型和常规火电机组的差别仅在于容积方程。 - Flash Vaporization and Cavitations Phenomenon of Regulation Valves
调节阀的闪蒸和气蚀 - Basic particle swarm algorithms were intelligentized. Based on the intelligentized algorithms and MATLAB, simulation regarding optimization of benzene-toluene flash vaporization process during process of chemical production was made.
对基本粒子群算法进行了智能化改进，并运用改进粒子群算法和MATLAB语言，对化工生产过程中的苯-甲苯闪蒸过程进行了优化仿真计算。 - The Research and Applications on Energy Saving by Flash Vaporization With the High Temperature Waste Water
高温废水闪蒸节能与回收物料技术的研究与应用 - Therefore, the theoretical method can be applied to calculate the data of equilibrium flash vaporization of shale oil and shale oil fractions.
因此，直接用理论方法来计算页岩油馏分或页岩原油的平衡汽化性质可以得到满意的结果。 - Equilibrium flash vaporization of Fushun shale oil
页岩油的平衡汽化 - Fractionating tower model is established by establishing model of equilibrium flash vaporization.
并由此建立了精馏塔动态模型。 - The influence of the nozzle, feeding flow, feeding temperature and pressure on flash vaporization rates was studied.
实验考察了闪蒸器喷嘴、进料流量、进料温度及闪蒸压力对闪蒸汽化率的影响。