ENERGY, RISK – Particles from gases via cooling & dilutions, 冷却・希釈による混合ガスから粒子への転換の計測
Measurement of Model Aerosols Containing Two Metal Components Formed via Cooling and Dilution Routes, Journal of Aerosol Research (2011) >> Abstract >> jstage Full article, PDF.
火力発電所等の燃焼過程における粒子生成を実験室内で模擬した。モデル混合排気ガスには軽金属（アルカリ）と重金属系の粉末の昇華を用いて、その後の希釈（冷却）と凝縮による粒子化の挙動を計測した研究。火力発電所や室内／家庭内の燃焼の場における捕集技術の高度化にお役に立てれば幸いです。
The emission of alkali and heavy metals in combustion processes is an important contributor to environmental load. We investigated experimentally in the laboratory the generation of particles from model exhaust gases derived from NaCl and CdCl2. An on-line, gas-phase measurement system showed that the mean diameters of aerosol particles in single-metal evaporation of NaCl and CdCl2 were 35 and 30 nm, respectively, when the dilution ratio of the model gas was 1:20. The value was 50 nm in two-metal co-evaporation of NaCl with CdCl2 at the same dilution ratio. These results may be informative for predicting phenomena related to gas-to-particle conversion at the exit of stationary emission sources.
Naoya HAMA, Yukie TAKASHIMA, Masao GEN, Mayumi TSUKADA, Hidehiro KAMIYA and I. Wuled LENGGORO*: Measurement of Model Aerosols Containing Two Metal Components Formed via Cooling and Dilution Routes, Journal of Aerosol Research, エアロゾル研究, 26, 277-285 (2011) .
* Hama (濱), Gen (玄) = Doctoral students; Takashima (高島) = Master student
