光热效应

  • 网络photothermal;Photothermal effect;warm glow
光热效应光热效应
  1. 阶跃光激励的PTD技术目前尚处于发展阶段,以往的相关研究还仅局限于一般固体材料的光热效应,并且所测量的大多是材料的热学参数。

    Previous studies are only limited to the photothermal effect of general solid material , and most of the measurements are restricted to the characterization of thermal parameters of materials .

  2. 用激光光热效应研究纳米材料

    Research of Nanometer Materials Using Laser Photothermal Effect

  3. 多脉冲激光辐照皮肤组织的光热效应实验研究

    Experimental study of optical-thermal effect of skin irradiated by multi-pulse laser

  4. 光热效应机理与医学应用

    The Thermal Effect Mechanism and the Medical Applications of Lasers Interaction with Bio-tissue

  5. 氮氧化物羽烟在电离层局部的光热效应地幔热柱及其成矿作用研究

    OPTICAL - THERMAL EFFECT OF NO_x EXHAUST PLUME IN LOCAL IONOSPHERE Mantle Plume and its Mineralization

  6. 激光与生物组织的光热效应是激光在医学上应用的重要方面之一。

    Photothermal effect is one of the most important events in the medical application of lasers .

  7. 我们重点关注了金棒的光热效应和顺铂药物的协同作用,并由此带来的增强的抗肿瘤效果。

    We focus on the synergic effect of gold nanorods and cisplatin , and their antitumor effects .

  8. 最后,用所得光热效应的温度场分布数据对钠离子通道的温度依赖性进行了初步研究。

    Finally , using the temperature field distribution data of the photo-thermal effect and conducted a preliminary study of the temperature dependence of the sodium channel .

  9. 根据本实验结果,确定光热效应是连续激光除锈的主要作用。

    According to the results of this experiment . The writer thinks the effect of light and heat play the most important role in laser derusting .

  10. 激光与生物细胞相互作用会产生光热效应,光热效应是激光与生物组织相互作用的主要形式之一。

    Laser and biological cell interactions will generate the photo-thermal effect ; it is one of the main important forms of interaction of laser with biological tissue .

  11. 本文从生物传热方程出发,探讨激光作用下组织光热效应的空间分布及时间行为,光热传播临床应用的特点,温度的实时测量。

    Starting from the introduction of bio heat transmission equation , this paper discusses the spatial distribution and time dependent behaviour of laser induced photothermal effect , characteristics of clinic applications of photothermal transmission , and real time temperature measurement .

  12. 目的验证激光与组织光热效应预示模型和计算结果,考查激光功率密度和照射时间与组织温度和损伤的定量关系,获得组织热效应的温度数据。

    Objective In order to verify the prediction model and computation results of laser and tissue photo thermal effects , to find out the quantification relation between laser fluence rate and irradiation time with the tissue temperature and thermal damage , and to acquire the temperature data of tissue .

  13. 基本型微膨胀臂直接利用微膨胀臂的光热膨胀效应实现微纳米级的微驱动。

    Basic micro expansion arm utilize length increment to realize micro drive directly .

  14. 激光光热释电效应测量材料热扩散率的研究

    Study on Measuring Diffusivity of Materials by Pyroelectric Effect

  15. 脉冲光热光谱中波长效应的理论分析

    Theoretical investigation of wavelength effect in pulsed photothermal spectroscopy

  16. 本文从理论上分析了脉冲光热光谱中波长效应。

    In this paper , a theory dealing with the wavelength effect in pulsed photothermal spectroscopy is presented .

  17. 而脉宽决定了激光组织相互作用的机制(光热或光机械效应),而不同的效应对应不同的损伤后修复机制。

    The laser pulse duration determines the mechanism of laser-tissue interactions ( photo-thermal vs. photo-mechanical effect ), which may result in different repairing mechanisms once the local damage is induced by the laser treatment .