1 |
Park, Suri, Experimental research on application of OGI technique & system set up for Safety․Health․Environment of Chemical Industry, Soongsil Univ. Dissertation, (2017)
|
2 |
Park, S., Han, S-W., Kim, B-J., "ractical research for quantitative expression of leakage through Optical Gas Image" Journal of the Korean Institute of Gas, 21(5), 16-26, (2017)
DOI
|
3 |
KOGAS-Tech., Korea Gas Technology corporation, "Environment, Health, Safety & Quality management system", 2018.01. www. kogas-tech.co.kr
|
4 |
Safitri, A., Infrared optical imaging techniques for gas visualization and measurement, A&M Univ. Dissertation, (2011)
|
5 |
Gas and Life,(Accessed May, 2016). Korea gas safety corporation, http://www.kgs.or.kr/kgsmain/gaslife/basic/gas_basic01.jsp
|
6 |
IEA, Energy Sector Methane Recovery and Use, The Importance of Policy, 9-35. (2009)
|
7 |
S-OIL, Business, production process, 2018. 10. http://www.s-oil.com/energy/Process.aspx
|
8 |
KOSHA, Material Regulatory Information, 2018. 11. http://msds.kosha.or.kr/kcic/msdssearchAll.do
|
9 |
FLIR, GF series User manual, 10-190. (2010)
|
10 |
Telops, Innovative Infrared Imaging, Telops Company, Canada, (2015)
|
11 |
FLIR, Gas detection systems, GF320 Infrared camera, 2018.01. www.flirkorea.com
|
12 |
Per Liija, NECL:Optical gas Imaging Standard for Sensitivity and Detection of Gases, ITC. (2018)
|
13 |
Robert G. B., jeffrey A. P., Paul D., Direct Measurements of Minimum Detectable Vapor Concentrations Using Passive Infrared Optical Imaging Systems, AWMA, (2008)
|
14 |
Li J., Wang L., Wang M., Gao Y., Jin W., "Gas imaging detectivity model combining leakage spot and range", Proc. of SPIE, 8354, (2012)
|
15 |
Jonas S., Martin A., "Volume flow calculations on gas leaks imaged with infrared gas-correlation", Opt. Express, 20(18), 20318-20329, (2012)
DOI
|