Measurement of indoor aromatic citrus odor using semiconductor gas sensors

Author:

Kondo Saki1,Mitsuda Megumi2,Tanamura Toshimi2

Affiliation:

1. Engineering graduate course doctoral course, Daido University

2. Daido University

Publisher

Japanese Society of Human-Environment System

Subject

Fluid Flow and Transfer Processes,Building and Construction

Reference13 articles.

1. Hiroyama, H. 1992: Fragrances : Present and Future Prospects, Journal of Japan Oil Chemist’s Society, 41(9), 976/980

2. Itakura, T, Mitsuda, M, Tanamura, T. 2008: Research on characteristics of the odor from excrement at the adult diaper exchange, J. Environ. Eng., AIJ, 73(625), 335/341

3. Jinno, H, Kagawa, T, Obama, T, Miyagawa, M, Yoshikawa, J, Komatsu, K, Tokunaga, H. 2007: Impact of air fresheners and deodorizers on the indoor total volatile organic compounds, Bulletin of National Institute of Health Sciences, 125, 72/78

4. Kawaguchi, T, Setoguchi, Y, Nakahara, T, Matuura, Y. 2001: Gas Sensing Property of Semiconductor Odor Sensor, T. IEE Japan,121(3), 148/149

5. Kawasaki, M, Nakajima, M, Tonoike, M. 2003: Sensory evaluation method. In: Aroma Science Series 21 [6] Analysis and Evaluation of odor, FRAGRANCE JOURNAL Ltd., 122/206

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