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- The chemical composition of individual aerosol particle generated by Devilbiss 40# nebulizer was determi-ned by time-of-flight mass spectrometry(TOFMS)with laser desorption ionization(LDI). 基质辅助激光解吸附电离飞行时间质谱是近年来发展很快的一种新颖的质谱分析仪，尤其适用于生物大分子的分子星测定。
- Application of transmission electron microscopy in individual aerosol particle analysis 透射电镜在气溶胶单颗粒分析中的应用
- New method deduce refractive index of individual aerosol particles 测量气溶胶单粒子折射率方法研究
- Individual aerosol particle 单一颗粒物
- Real-Time Measurement of Chemical Compositions of Individual Aerosol Particles 气溶胶单粒子化学成分的实时测量
- Real-time Measurement of Size and Composition of Individual Aerosol Particles 气溶胶单粒子成分和粒径的实时测量
- Real-time measurement of the aerodynamic size of individual aerosol particles 气溶胶单粒子粒径的实时测量方法研究
- On-line Analysis of Mass Spectra of Individual Aerosol Particles Using Fuzzy Clustering Algorithms 基于模糊聚类算法的气溶胶单粒子飞行时间质谱在线数据分析系统
- The Use of Direct Observations over the Aerosol Particle Size Distribution for Inverting Lidar Data. 用气溶胶粒子尺度分布的直接观测反转光达数据。
- The inertial deposition of aerosol particle increased with the increasing of gas velocity. 气体流速的增加有利于粒子的惯性沉积；
- Individual aerosol particles 气溶胶单粒子
- Results showed that the smaller the diameter of aerosol particle was, the bigger the Brownian diffusion deposition was. 结果表明，气溶胶粒子的粒径越小，布朗扩散越显著；
- Results showed that the bigger the diameter of aerosol particle was, the bigger the inertial impaction deposition. 结果表明,气溶胶粒子的粒径越大,惯性碰撞越显著;
- The atmospheric aerosol particle size distribution can be retrieved using the multichannel MODIS data from two days as example. 从两天个例研究来看，利用多通道MODIS资料可以反演出大气气溶胶粒子的尺度变化。
- In order to retrieve aerosol particle size distribution over land, the spectral reflectance information of the surface water is needed. 摘要为了利用水面进行大气气溶胶粒子尺度分布的反演，需要水体光谱反射率资料；
- The aerosol particles were measured with bulk analyses by ion chromatography and analyses of individual particles by multiple thin film method and X_ray analysis technique. 用离子色谱对粒子总量进行了总体分析,用复合薄膜法和X_射线分析法对单个粒子进行了分析。
- The aerosol particles adhered on the surface might partially separate and resuspense under lashing of higher flow velocity. 沈积的气溶胶粒子如果在更大流速冲击下，将发生反弹，部分气溶胶粒子从黏附表面上分离再次悬浮于流体中。
- Coupled coagulation of aerosol particles in the stratosphere is carried out when gravity motion is dominant. 研究大气平流层中的重力作用占优的气溶胶粒子之间的耦合碰并问题。
- Single aerosol particles in Shanghai air in winter 2004 were analyzed by proton microprobe. 采用质子微探针技术,分析单个大气气溶胶颗粒物。
- Inertial impaction of aerosol particle 气溶胶粒子惯性撞击
