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Technical Reports of the Meteorological Research Institute　No.68

International Symposium on Aerosol Studies Explored by Electron Microscopy

Yasuhito Igarashi, Weijun Li, Peter. R. Buseck, Kikuo Okada, Daizhou Zhang, Kouji Adachi, Yuji Fujitani, Hikari Shimadera, Daisuke Goto, Chizu Mitsui, Masashi Nojima, Naga Oshima, Hitoshi Matsui, Hiroshi Ishimoto, Atsushi Matsuki, Pradeep Khatri, Tomoki Nakayama, Shohei Mukai, Kenji Ohishi, Norihito Mayama, Tetsuo Sakamoto, Hiroaki Naoe, Yuji Zaizen, Hiroki Shiozuru, Taichu Y. Tanaka and Mizuo Kajino


January 2013

DOI : 10.11483/mritechrepo.68


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 contents PDF[399kB]

Preface(Japanease only)
A
 Foreword PDF[236kB]

International symposium on aerosol studies explored by electron microscopy: How can electron microscopy improve atmospheric models?
B
 Keynote Lectures PDF[762kB]
B-1.
 Individual aerosol particles in hazes of North China
B-2.
 Identification and analysis of atmospheric aerosol particles (& climate implications)
C
 Invited oral presentations PDF[1,712kB]
C-1.
 Studies of aerosol particles performed with the MRI electron microscopes during the last three decades
C-2.
 Modification of dust particles by sea salt adherence and surface chemical reactions in the marine atmosphere
C-3.
 Aerosol particle shape revealed by transmission electron microscopy and the implications for its optical properties
C-4.
 Internal mixtures of diesel nanoparticles investigated by FIB-SIMS microscopy
C-5.
 Modeling atmospheric transport of fine particulate matter with WRF/CMAQ in the Kanto region in summer 2007
C-6.
 Treatment of black carbon by a global climate model and the potential contribution of electron microscopy
C-7.
 Aerosol particle analysis with INCAFeature TEM
C-8.
 Aerosol isotope analysis by secondary ion mass spectrometry
C-9.
 Aging of black carbon and its impact on aerosol optical properties and cloud condensation nuclei activities using a mixing state resolved model
C-10.
 Formation and variations of aerosols around Beijing using the WRF-chem model
C-11.
 Shape modeling of dust and soot particles for remote sensing applications by considering the geometrical features of sampled aerosols
C-12.
 Single particle analysis of aerosols and cloud residues in the Arctic troposphere
D
 Invited oral presentations PDF[1,975kB]
D-1.
 Determination of the aerosol direct effect over the East China Sea using ground-based remote sensing and aircraft observation data
D-2.
 Particle effective density measurement using a DMA-APMCPC system in Nagoya, Japan: Estimation of mixing state and shape
D-3.
 Measurements of light absorption enhancement of black carbon using a photoacoustic spectrometer in Nagoya, Japan
D-4.
 Changes in chemical compositions of sea-salt particles collected at Mt. Rokko, Kobe, Japan
D-5.
 Laser post-ionization mass spectrometry of PAHs on diesel soot particles
D-6.
 Analysis of black carbon particles by high-resolution TOF-SIMS
D-7.
 Analysis of source apportionment and hemical transformation of particles in trans-boundary air pollution using high lateral resolution imaging SIMS
D-8.
 Mixing state of atmospheric black carbon articles and its effect on light absorption
D-9.
 Fine mineral aerosols collected in Japan during two Asian dust events: Size distributions and mixing properties
D-10.
 Climatic effect of black carbon in the MRI global climate model
D-11.
 Model formulation and predictability of atmospheric aerosol properties and processes
D-12.
 Aerosol-related services of the Japan Meteorological Agency

List of Technical Reports of the Meteorological Research Institute (Japanease only) PDF[320kB]



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