Study of odor from boiled eggs over time using gas chromatography
Jo, SH, Kim, KH, Kim, YH, Lee, MH, Ahn, JH, Szulejko, JE, Sohn, JR, Ryu, CEY, Kim, AYH
MICROCHEMICAL JOURNAL, 201309
132
Extent of Sample Loss on the Sampling Device and the Resulting Experimental Biases When Collecting Volatile Fatty Acids (VFAs) in Air Using Sorbent Tubes
Kim, YH (Kim, Yong-Hyun), Kim, KH (Kim, Ki-Hyun)
ANALYTICAL CHEMISTRY, 201308
133
Quantitative Analysis of Fragrance and Odorants Released from Fresh and Decaying Strawberries
Kim, YH, Kim, KH, Szulejko, JE, Parker, D
SENSORS, 201306
134
Generation of Sub-Part-per-Billion Gaseous Volatile Organic Compounds at Ambient Temperature by Headspace Diffusion of Aqueous Standards through Decoupling between Ideal and Nonideal Henry's Law Behavior
Kim, YH (Kim, Yong-Hyun), Kim, KH (Kim, Ki-Hyun)
ANALYTICAL CHEMISTRY, 201305
135
An accurate and reliable analysis of trimethylamine using thermal desorption and gas chromatography-time of flight mass spectrometry
Kim, YH (Kim, Yong-Hyun), Kim, KH (Kim, Ki-Hyun)
ANALYTICA CHIMICA ACTA, 201305
136
Major sources of uncertainties in the analysis of methylmercury using gold amalgamation sampling
Kim, KH (Kim, Ki-Hyun), Phan, NT (Phan, Nhu-Thuc), Kim, YH (Kim, Yong-Hyun), Yoon, HO (Yoon, Hye-On), Brown, RJC (Brown, Richard J.
ANALYTICAL METHODS, 2013
137
A statistical estimation approach for quantitative concentrations of compounds lacking authentic standards/surrogates based on linear correlations between directly measured detector responses and carbon number of different functional groups
Kim, Y.-H., Kim, K.-H.
The Scientific World Journal, 2013
138
Experimental approach to assess sorptive loss properties of volatile organic compounds in the sampling bag system
Kim, YH, Kim, KH
JOURNAL OF SEPARATION SCIENCE, 201211
139
Ultimate Detectability of Volatile Organic Compounds: How Much Further Can We Reduce Their Ambient Air Sample Volumes for Analysis?
Kim, YH (Kim, Yong-Hyun), Kim, KH (Kim, Ki-Hyun)
ANALYTICAL CHEMISTRY, 201210
140
Novel Approach to Test the Relative Recovery of Liquid-Phase Standard in Sorbent-Tube Analysis of Gaseous Volatile Organic Compounds