Analytical Science and Technology, The Korean Society of Analytical Science

Browse Articles

Home > Browse Articles

Analytical Science and Technology
- 2024
  - Vol.37, No.6
  - Vol.37, No.5
  - Vol.37, No.4
  - Vol.37, No.3
  - Vol.37, No.2
  - Vol.37, No.1
- 2023
  - Vol.36, No.6
  - Vol.36, No.5
  - Vol.36, No.4
  - Vol.36, No.3
  - Vol.36, No.2
  - Vol.36, No.1
- 2022
  - Vol.35, No.6
  - Vol.35, No.5
  - Vol.35, No.4
  - Vol.35, No.3
  - Vol.35, No.2
  - Vol.35, No.1
- 2021
  - Vol.34, No.6
  - Vol.34, No.5
  - Vol.34, No.4
  - Vol.34, No.3
  - Vol.34, No.2
  - Vol.34, No.1
- 2020
  - Vol.33, No.6
  - Vol.33, No.5
  - Vol.33, No.4
  - Vol.33, No.3
  - Vol.33, No.2
  - Vol.33, No.1
- 2019
  - Vol.32, No.6
  - Vol.32, No.5
  - Vol.32, No.4
  - Vol.32, No.3
  - Vol.32, No.2
  - Vol.32, No.1
- 2018
  - Vol.31, No.6
  - Vol.31, No.5
  - Vol.31, No.4
  - Vol.31, No.3
  - Vol.31, No.2
  - Vol.31, No.1
- 2017
  - Vol.30, No.6
  - Vol.30, No.5
  - Vol.30, No.4
  - Vol.30, No.3
  - Vol.30, No.2
  - Vol.30, No.1
- 2016
  - Vol.29, No.6
  - Vol.29, No.5
  - Vol.29, No.4
  - Vol.29, No.3
  - Vol.29, No.2
  - Vol.29, No.1
- 2015
  - Vol.28, No.6
  - Vol.28, No.5
  - Vol.28, No.4
  - Vol.28, No.3
  - Vol.28, No.2
  - Vol.28, No.1
- 2014
  - Vol.27, No.6
  - Vol.27, No.5
  - Vol.27, No.4
  - Vol.27, No.3
  - Vol.27, No.2
  - Vol.27, No.1
- 2013
  - Vol.26, No.6
  - Vol.26, No.5
  - Vol.26, No.4
  - Vol.26, No.3
  - Vol.26, No.2
  - Vol.26, No.1
- 2012
  - Vol.25, No.6
  - Vol.25, No.5
  - Vol.25, No.4
  - Vol.25, No.3
  - Vol.25, No.2
  - Vol.25, No.1
- 2011
  - Vol.24, No.6
  - Vol.24, No.5
  - Vol.24, No.4
  - Vol.24, No.3
  - Vol.24, No.2
  - Vol.24, No.1
- 2010
  - Vol.23, No.6
  - Vol.23, No.5
  - Vol.23, No.4
  - Vol.23, No.3
  - Vol.23, No.2
  - Vol.23, No.1
- 2009
  - Vol.22, No.6
  - Vol.22, No.5
  - Vol.22, No.4
  - Vol.22, No.3
  - Vol.22, No.2
  - Vol.22, No.1
- 2008
  - Vol.21, No.6
  - Vol.21, No.5
  - Vol.21, No.4
  - Vol.21, No.3
  - Vol.21, No.2
  - Vol.21, No.1
- 2007
  - Vol.20, No.6
  - Vol.20, No.5
  - Vol.20, No.4
  - Vol.20, No.3
  - Vol.20, No.2
  - Vol.20, No.1
- 2006
  - Vol.19, No.6
  - Vol.19, No.5
  - Vol.19, No.4
  - Vol.19, No.3
  - Vol.19, No.2
  - Vol.19, No.1
- 2005
  - Vol.18, No.6
  - Vol.18, No.5
  - Vol.18, No.4
  - Vol.18, No.3
  - Vol.18, No.2
  - Vol.18, No.1
- 2004
  - Vol.17, No.6
  - Vol.17, No.5
  - Vol.17, No.4
  - Vol.17, No.3
  - Vol.17, No.2
  - Vol.17, No.1
- 2003
  - Vol.16, No.6
  - Vol.16, No.5
  - Vol.16, No.4
  - Vol.16, No.3
  - Vol.16, No.2
  - Vol.16, No.1
- 2002
  - Vol.15, No.6
  - Vol.15, No.5
  - Vol.15, No.4
  - Vol.15, No.3
  - Vol.15, No.2
  - Vol.15, No.1
- 2001
  - Vol.14, No.6
  - Vol.14, No.5
  - Vol.14, No.4
  - Vol.14, No.3
  - Vol.14, No.2
  - Vol.14, No.1
- 2000
  - Vol.13, No.6
  - Vol.13, No.5
  - Vol.13, No.4
  - Vol.13, No.3
  - Vol.13, No.2
  - Vol.13, No.1
- 1999
  - Vol.12, No.6
  - Vol.12, No.5
  - Vol.12, No.4
  - Vol.12, No.3
  - Vol.12, No.2
  - Vol.12, No.1
- 1998
  - Vol.11, No.6
  - Vol.11, No.5
  - Vol.11, No.4
  - Vol.11, No.3
  - Vol.11, No.2
  - Vol.11, No.1
- 1997
  - Vol.10, No.6
  - Vol.10, No.5
  - Vol.10, No.4
  - Vol.10, No.3
  - Vol.10, No.2
  - Vol.10, No.1
- 1996
  - Vol.9, No.4
  - Vol.9, No.3
  - Vol.9, No.2
  - Vol.9, No.1
- 1995
  - Vol.8, No.4
  - Vol.8, No.3
  - Vol.8, No.2
  - Vol.8, No.1
- 1994
  - Vol.7, No.4
  - Vol.7, No.3
  - Vol.7, No.2
  - Vol.7, No.1
- 1993
  - Vol.6, No.5
  - Vol.6, No.4
  - Vol.6, No.3
  - Vol.6, No.2
  - Vol.6, No.1
- 1992
  - Vol.5, No.4
  - Vol.5, No.3
  - Vol.5, No.2
  - Vol.5, No.1

e-Submission

2024-10-01

October 2024, Vol.37, No.5

PDF Citation Development and validation of a portable gas chromatograph method for quantitative determination of oxygen and toxic gas impurities in medical oxygen using planar microchromatographic columns and detectors

Ekaterina V. Galeeva(Information and Methodological Center for Expert Evaluation, Recording and Analysis of Circulation of Medical Products of Roszdravnadzor / Yaroslavl State Medical University) ; Roman R. Galeev(Information and Methodological Center for Expert Evaluation, Recording and Analysis of Circulation of Medical Products of Roszdravnadzor/Kazan Federal University / Yaroslavl State Medical University) ; Prachi Sharma(Vellore Institute of Technology (VIT) / Samara National Research University) ; Alexander l. Khokhlov(Yaroslavl State Medical University) ; Dmitry V. Somov(Information and Methodological Center for Expert Evaluation, Recording and Analysis of Circulation of Medical Products of Roszdravnadzor) ; Dmitry A. Semanov(Information and Methodological Center for Expert Evaluation, Recording and Analysis of Circulation of Medical Products of Roszdravnadzor / Kazan Federal University) ; Ilshat R. Aryslanov(Information and Methodological Center for Expert Evaluation, Recording and Analysis of Circulation of Medical Products of Roszdravnadzor) ; Natalia А. Lezhnina(Information and Methodological Center for Expert Evaluation, Recording and Analysis of Circulation of Medical Products of Roszdravnadzor / Yaroslavl State Medical University) ; Vladimir Platonov(Samara National Research University) ; Nishant Tripathi(Samara National Research University) (pp.261-270)

PDF Citation Method for simultaneous analysis of bisphenols and phthalates in corn oil via liquid chromatography-tandem mass spectrometry

Min-Chul Shin(Korea Institute of Toxicology) ; Hee-Jin Jeong(Korea Institute of Toxicology) ; Seoung-Min Lee(Korea Institute of Toxicology) ; Jong-Su Seo(Korea Institute of Toxicology) ; Jong-Hwan Kim(Korea Institute of Toxicology) (pp.271-279)

PDF Citation Establishing and validating an HPLC protocol for pralsetinib impurities analysis, coupled with HPLC-MS/MS identification of stress degradation products

Rajesh Varma Bhupatiraju(GITAM School of Science, GITAM (Deemed to be University)) ; Pavani Peddi(Prasad V Potluri Siddhartha Institute of Technology) ; Venkata Swamy Tangeti(Tagore Government Arts and Science College (Affiliated to Pondicherry University) ; Battula Sreenivasa Rao(GITAM School of Science, GITAM (Deemed to be University) (pp.280-294)

PDF Citation Simultaneous extraction of organic and inorganic compounds using molecularly/ion imprinted polymer

Yelin Lee(Department of Chemistry, Seoul Women’s University) ; Hyeyoung Jung(Department of Chemistry, Seoul Women’s University) ; Soomi Park(Department of Chemistry, Seoul Women’s University) ; Sunyoung Bae(Department of Chemistry, Seoul Women’s University) (pp.295-305)

PDF Citation Enantiodiscrimination and molecular docking study of chiral amines as 2-hydroxynaphthaldimine derivatives using amylose derived chiral selectors

Suraj Adhikari(College of Pharmacy, Chosun University / Research Institute of Pharmaceutical Sciences, College of Pharmacy, Chosun University) ; Inhee Kang(College of Pharmacy, Chosun University) ; Swapnil Bhujbal(Institute of Pharmaceutical Science and Technology, Hanyang University) ; Wonjae Lee(College of Pharmacy, Chosun University / Research Institute of Pharmaceutical Sciences, College of Pharmacy, Chosun University /) (pp.306-314)

PDF Citation Analysis of yttrium and scandium content in industrial phosphoric acid using wavelength dispersive X-ray fluorescence spectrometry (WDXRF)

Mohamed Guitouni(Laboratory of Materials Treatment and Analysis (LMTA), National Institute of Research and Physico-Chemical Analysis (INRAP)) (pp.315-327)

562Downloaded
1596Viewed

상단으로 이동

Browse Articles

October 2024, Vol.37, No.5

Browse Articles

Info

Editorial Policy

Bulletin Board

Analytical Science and Technology