Analytical Science and Technology, The Korean Society of Analytical Science

오늘 하루 그만보기

P-ISSN1225-0163
E-ISSN2288-8985
SCOPUS, ESCI, KCI

Home

Browse Articles

Home > Browse Articles

Analytical Science and Technology
- 2026
  - Vol.39, No.1
- 2025
  - Vol.38, No.6
  - Vol.38, No.5
  - Vol.38, No.4
  - Vol.38, No.3
  - Vol.38, No.2
  - Vol.38, No.1
- 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

2018-04-01

April 2018, Vol.31, No.2

PubReader PDF Citation Biodegradation of toluene vapor by evaporative cooler model based biofilter

Kumar Vikrant ; Harshil Nagar ; Raja Anand ; Anjney Sharma ; ; Balendu Shekher Giri ; ; Ram Sharan Singh (pp.57-64)
https://doi.org/10.5806/AST.2018.31.2.57

PubReader PDF Citation The comparative study of two extraction methods for ancient DNA: silica suspension method and ultracentrifugal concentrator method

; Frank Maixner ; Albert Zink (pp.65-70)
https://doi.org/10.5806/AST.2018.31.2.65

PubReader PDF Citation Effect of novel luminol-based blood detection reagents on DNA stability

; ; ; ; ; ; (pp.71-77)
https://doi.org/10.5806/AST.2018.31.2.71

PubReader PDF Citation Analysis of dried Asian lacquer by pyrolysis/GC/MS

; (pp.78-87)
https://doi.org/10.5806/AST.2018.31.2.78

PubReader PDF Citation Simultaneous determination of fluorometholone and tetrahydrozoline hydrochloride in ophthalmic suspension by HPLC

Thuy-Vy Pham ; Xuan Lan Mai ; ; ; ; ; ; ; ; (pp.88-95)
https://doi.org/10.5806/AST.2018.31.2.88

PubReader PDF Citation Determination of secondary aliphatic amines in surface and tap waters as benzenesulfonamide derivatives using GC-MS

; ; ; (pp.96-105)
https://doi.org/10.5806/AST.2018.31.2.96

1544Downloaded
10182Viewed

상단으로 이동

Indexed By

Sitemap

Browse Articles

Info

Editorial Policy

Bulletin Board

COPYRIGHT ⓒ Analytical Science & Technology - The Korean Society of Analytical Science
127, Mapo-daero, Mapo-gu, Seoul, Korea;1603 Poonglim VIPTel
proton@jbnu.ac.kr

This website recommended the use the Chrome browser for journal website.