Characteristics of thermal-hydraulic interaction of LBE （45w%Pb-55w%Bi） and lead with subcooled water in pool water were investigated experimentally. Two kinds of interaction zones （deformation and fragmentation） ...Characteristics of thermal-hydraulic interaction of LBE （45w%Pb-55w%Bi） and lead with subcooled water in pool water were investigated experimentally. Two kinds of interaction zones （deformation and fragmentation） and three kinds of interaction zones （solidification, deformation and fragmentation） were observed during LBE droplet/water interaction and lead droplet/water interaction, respectively. The fragmentation zone （FZ） could be identified exactly by two border lines： spontaneous nucleation temperature and minimum film boiling temperature. Within fragmentation zone, 10% to 35% tiny debris （diameter 〈 1 mm） of LBE and 5 to 8 kPa peak pressure generated with increasing the LBE temperature and no effect with increasing the subcooling of water. Only 2%-4% tiny debris （diameter 〈 1 mm） of lead and 2 kPa peak pressure generated regardless of lead and water temperature.展开更多
Q631 2005021050 不同激光对纤维蛋白原分子中C-C键作用的非线性振动 分析=Nonlinear vibration analysis on interaction between different laser and the C-C bond of fibrinogen in blood [刊,中]／张灿邦(红河学院物理系．云南,蒙...Q631 2005021050 不同激光对纤维蛋白原分子中C-C键作用的非线性振动 分析=Nonlinear vibration analysis on interaction between different laser and the C-C bond of fibrinogen in blood [刊,中]／张灿邦(红河学院物理系．云南,蒙自(661100)), 周凌云…//激光杂志．-2004,25(4)．-91-92 在分析了激光与C-C键的作用机制,解释了He-Ne 激光血管内照射确实能使纤维蛋白原凝块解体的基础上, 考虑ω0在一定范围内变动时。展开更多
R318.51 2002031770激光与皮肤层状组织的光热作用及其传热模型=Optical-thermal interaction of laser-irradiated layeredskin tissue and its heat transfer model[刊,中]/谢树森,杨洪钦,李步洪(福建师范大学激光研究所生物医学光学...R318.51 2002031770激光与皮肤层状组织的光热作用及其传热模型=Optical-thermal interaction of laser-irradiated layeredskin tissue and its heat transfer model[刊,中]/谢树森,杨洪钦,李步洪(福建师范大学激光研究所生物医学光学实验室.福建,福州(350007))//光电子·激光.-2001,12(7).-746-750基于激光与生物组织相互作用的机理,对激光与组织光热相互作用形成的热源项进行拓宽理解,并分析了激光照射下组织光热性质的关联。在此基础上,提出了激光与皮肤层状组织相互作用传热模型。数值模拟获得的若干结果与相关文献的报道一致。展开更多
文摘Characteristics of thermal-hydraulic interaction of LBE （45w%Pb-55w%Bi） and lead with subcooled water in pool water were investigated experimentally. Two kinds of interaction zones （deformation and fragmentation） and three kinds of interaction zones （solidification, deformation and fragmentation） were observed during LBE droplet/water interaction and lead droplet/water interaction, respectively. The fragmentation zone （FZ） could be identified exactly by two border lines： spontaneous nucleation temperature and minimum film boiling temperature. Within fragmentation zone, 10% to 35% tiny debris （diameter 〈 1 mm） of LBE and 5 to 8 kPa peak pressure generated with increasing the LBE temperature and no effect with increasing the subcooling of water. Only 2%-4% tiny debris （diameter 〈 1 mm） of lead and 2 kPa peak pressure generated regardless of lead and water temperature.
文摘Q631 2005021050 不同激光对纤维蛋白原分子中C-C键作用的非线性振动 分析=Nonlinear vibration analysis on interaction between different laser and the C-C bond of fibrinogen in blood [刊,中]／张灿邦(红河学院物理系．云南,蒙自(661100)), 周凌云…//激光杂志．-2004,25(4)．-91-92 在分析了激光与C-C键的作用机制,解释了He-Ne 激光血管内照射确实能使纤维蛋白原凝块解体的基础上, 考虑ω0在一定范围内变动时。
文摘R318.51 2002031770激光与皮肤层状组织的光热作用及其传热模型=Optical-thermal interaction of laser-irradiated layeredskin tissue and its heat transfer model[刊,中]/谢树森,杨洪钦,李步洪(福建师范大学激光研究所生物医学光学实验室.福建,福州(350007))//光电子·激光.-2001,12(7).-746-750基于激光与生物组织相互作用的机理,对激光与组织光热相互作用形成的热源项进行拓宽理解,并分析了激光照射下组织光热性质的关联。在此基础上,提出了激光与皮肤层状组织相互作用传热模型。数值模拟获得的若干结果与相关文献的报道一致。
