@article{ART002376479},
author={Jinsu Kim and JANG YOUJUNG and Jinseok Kim and 박민우 and Chanjong Bu and 이윤구 and Kim Younha and Jung-Hun Woo},
title={Evaluation of the Usability of Micro-Sensors for the Portable Fine Particle Measurement},
journal={Journal of Environmental Impact Assessment},
issn={1225-7184},
year={2018},
volume={27},
number={4},
pages={378-393}
TY - JOUR
AU - Jinsu Kim
AU - JANG YOUJUNG
AU - Jinseok Kim
AU - 박민우
AU - Chanjong Bu
AU - 이윤구
AU - Kim Younha
AU - Jung-Hun Woo
TI - Evaluation of the Usability of Micro-Sensors for the Portable Fine Particle Measurement
JO - Journal of Environmental Impact Assessment
PY - 2018
VL - 27
IS - 4
PB - Korean Society Of Environmental Impact Assessment
SP - 378
EP - 393
SN - 1225-7184
AB - As atmospheric fine dust problems in Korea become more serious, there are growing needs to find the concentration of fine particles in indoor and outdoor areas and there are increasing demands for sensor-based portable monitoring devices capable of measuring fine dust concentrations instantly. The low-cost portable monitoring devices have been widely manufactured and used without the prescribed certification standards which would cause unnecessary confusion to the concerned public. To evaluate the reliability those devices and to improve their usability, following studies were conducted in this work; 1) The comparisons between sensor-based devices and comparison with more accurate devices were performed. 2) Several experiments were conducted to understand usefulness of the portable monitoring devices. As results, the absolute concentration levels need to be adjusted due to insensitivity of the tiny light scattering sensors in the portable devices, but their linearity and reproducibility seem to be acceptable. By using those monitoring devices, users are expected to have benefits of recognizing the changes of concentration more quickly and could help preventing themselves from the adverse health impacts.
KW - Fine particles;portable fine particle monitoring devices;health impact
DO -
UR -
ER -
Jinsu Kim, JANG YOUJUNG, Jinseok Kim, 박민우, Chanjong Bu, 이윤구, Kim Younha and Jung-Hun Woo. (2018). Evaluation of the Usability of Micro-Sensors for the Portable Fine Particle Measurement. Journal of Environmental Impact Assessment, 27(4), 378-393.
Jinsu Kim, JANG YOUJUNG, Jinseok Kim, 박민우, Chanjong Bu, 이윤구, Kim Younha and Jung-Hun Woo. 2018, "Evaluation of the Usability of Micro-Sensors for the Portable Fine Particle Measurement", Journal of Environmental Impact Assessment, vol.27, no.4 pp.378-393.
Jinsu Kim, JANG YOUJUNG, Jinseok Kim, 박민우, Chanjong Bu, 이윤구, Kim Younha, Jung-Hun Woo "Evaluation of the Usability of Micro-Sensors for the Portable Fine Particle Measurement" Journal of Environmental Impact Assessment 27.4 pp.378-393 (2018) : 378.
Jinsu Kim, JANG YOUJUNG, Jinseok Kim, 박민우, Chanjong Bu, 이윤구, Kim Younha, Jung-Hun Woo. Evaluation of the Usability of Micro-Sensors for the Portable Fine Particle Measurement. 2018; 27(4), 378-393.
Jinsu Kim, JANG YOUJUNG, Jinseok Kim, 박민우, Chanjong Bu, 이윤구, Kim Younha and Jung-Hun Woo. "Evaluation of the Usability of Micro-Sensors for the Portable Fine Particle Measurement" Journal of Environmental Impact Assessment 27, no.4 (2018) : 378-393.
Jinsu Kim; JANG YOUJUNG; Jinseok Kim; 박민우; Chanjong Bu; 이윤구; Kim Younha; Jung-Hun Woo. Evaluation of the Usability of Micro-Sensors for the Portable Fine Particle Measurement. Journal of Environmental Impact Assessment, 27(4), 378-393.
Jinsu Kim; JANG YOUJUNG; Jinseok Kim; 박민우; Chanjong Bu; 이윤구; Kim Younha; Jung-Hun Woo. Evaluation of the Usability of Micro-Sensors for the Portable Fine Particle Measurement. Journal of Environmental Impact Assessment. 2018; 27(4) 378-393.
Jinsu Kim, JANG YOUJUNG, Jinseok Kim, 박민우, Chanjong Bu, 이윤구, Kim Younha, Jung-Hun Woo. Evaluation of the Usability of Micro-Sensors for the Portable Fine Particle Measurement. 2018; 27(4), 378-393.
Jinsu Kim, JANG YOUJUNG, Jinseok Kim, 박민우, Chanjong Bu, 이윤구, Kim Younha and Jung-Hun Woo. "Evaluation of the Usability of Micro-Sensors for the Portable Fine Particle Measurement" Journal of Environmental Impact Assessment 27, no.4 (2018) : 378-393.