About: Interpretive optimisation strategy applied to the isocratic separation of phenols by reversed-phase liquid chromatography with acetonitrile–water and methanol

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About: Interpretive optimisation strategy applied to the isocratic separation of phenols by reversed-phase liquid chromatography with acetonitrile–water and methanol–water mobile phases Goto Sponge NotDistinct Permalink

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scientific article published on 01 July 2000

Attributes	Values
rdf:type	Item
description	wetenschappelijk artikel (nl) наукова стаття, опублікована в липні 2000 (uk) im Juli 2000 veröffentlichter wissenschaftlicher Artikel (de) artículu científicu espublizáu en xunetu de 2000 (ast) scientific article published on 01 July 2000 (en)
publication date	wds:Q60426890-100657BF-E55C-4E24-8DF7-2DE32A6DABCA
publication date	2000-07-01 00:00:00Z (xsd:dateTime)
language of work or name	wds:Q60426890-51E2A88E-5F1C-4F02-8674-7C173A653EAD
language of work or name	English
cites work	wds:Q60426890-19C53D7E-9AC1-46CE-8DA2-DFA4A60E6A4B wds:Q60426890-208ECDF4-6450-4C09-89FD-932ACF4859A8 wds:Q60426890-216EE180-2F41-4C72-953E-58A710370221 wds:Q60426890-4ADB8898-CACE-4FB2-B7C0-AB73EB921014 wds:Q60426890-5D8AF5FF-F8D3-498D-81FA-CF8068A05D2B wds:Q60426890-7E3B05E4-0323-44BB-84B0-DAAE8DC0F0F5 wds:Q60426890-8BFD166C-5B97-4DCE-BA43-843F0E1974AE wds:Q60426890-B38070E3-FC80-4D71-BD86-C5C403A74454 wds:Q60426890-B6C2B0D5-A02A-45CF-BC46-470D582512CA wds:Q60426890-C5442B47-64C1-4103-9CDD-3BA61D8A8D37
cites work	Reversed-phase liquid chromatographic separation of complex samples by optimizing temperature and gradient time II. Two-run assay procedures Reversed-phase liquid chromatographic separation of complex samples by optimizing temperature and gradient time III. Improving the accuracy of computer simulation Dissociation constants of neutral and charged acids in methyl alcohol. The acid strength resolution Complementary mobile-phase optimisation for resolution enhancement in high-performance liquid chromatography. Evaluation of several global resolution functions for liquid chromatography An improved optimization procedure for the selection of mixed mobile phases in reversed phase liquid chromatography Simultaneous optimization of variables influencing selectivity and elution strength in micellar liquid chromatography. Effect of organic modifier and micelle concentration Interpretive strategy for optimization of surfactant and alcohol concentration in micellar liquid chromatography Linear description of solute retention in reversed-phase liquid chromatography by a new mobile phase polarity parameter Two-parameter mobile phase optimization for the simultaneous high-performance liquid chromatographic determination of dopamine, serotonin and related compounds in microdissected rat brain nuclei
author name string	wds:Q60426890-259F6DDC-67E2-4737-9900-E0594AA89FC6 wds:Q60426890-5744F6EF-362E-4AFB-BBFE-61911046230F wds:Q60426890-93B7075E-F923-447C-8E4D-7F262A7C8D71
author name string	J.R Torres-Lapasió M.C Garcı́a-Alvarez-Coque M Rosés
rdfs:label	Interpretive optimisation strategy applied to the isocratic separation of phenols by reversed-phase liquid chromatography with acetonitrile–water and methanol–water mobile phases (en) Interpretive optimisation strategy applied to the isocratic separation of phenols by reversed-phase liquid chromatography with acetonitrile–water and methanol–water mobile phases (nl)
skos:prefLabel	Interpretive optimisation strategy applied to the isocratic separation of phenols by reversed-phase liquid chromatography with acetonitrile–water and methanol–water mobile phases (en) Interpretive optimisation strategy applied to the isocratic separation of phenols by reversed-phase liquid chromatography with acetonitrile–water and methanol–water mobile phases (nl)
name	Interpretive optimisation strategy applied to the isocratic separation of phenols by reversed-phase liquid chromatography with acetonitrile–water and methanol–water mobile phases (en) Interpretive optimisation strategy applied to the isocratic separation of phenols by reversed-phase liquid chromatography with acetonitrile–water and methanol–water mobile phases (nl)
author	wds:Q60426890-03A3AA42-FA0A-4492-AFF0-C55CD77ADBD6 wds:Q60426890-46C55BD1-9616-4E6A-8B0D-8A125F92C673 wds:Q60426890-BF075B75-5B62-46A2-A565-2FC32B852C2B wds:Q60426890-D1A82E6A-4A79-404A-99D5-31025B5D950A
author	Martí Rosés Elisabeth Bosch María Celia García-alvarez-coque José Ramón Torres-Lapasió
title	wds:Q60426890-A6BF1159-6DF1-4A3C-98C0-BD290331EC0C
title	Interpretive optimisation strategy applied to the isocratic separation of phenols by reversed-phase liquid chromatography with acetonitrile-water and methanol-water mobile phases (en)
page(s)	wds:Q60426890-148871DF-E31A-4CC6-B696-8206055EF066
page(s)	31-46
instance of	wds:Q60426890-4C849215-99DB-4617-9B5F-96D46E442D7D
instance of	scholarly article
PubMed ID	wds:Q60426890-CF0E44E4-EFA7-4A67-876B-8F9F0024AB07
PubMed ID	http://rdf.ncbi.nlm.nih.gov/pubchem/reference/10950273
PubMed ID	10950273
published in	wds:Q60426890-B19E30BF-2156-4D51-B589-4D95B9D0C3FC
published in	Journal of Chromatography
issue	wds:Q60426890-5969BD1B-0ED1-47C1-A3EC-D83CCD272BEF
volume	wds:Q60426890-02AB891E-1B61-40C3-93CA-EE2CE7E126E5
issue	1-2
volume	886
DOI	wds:Q60426890-F9548013-09EE-4507-8ED6-9C56EB7F37B3
DOI	http://dx.doi.org/10.1016/S0021-9673(00)00507-0
DOI	10.1016/S0021-9673(00)00507-0
is about of	https://www.wikidata.org/wiki/Special:EntityData/Q60426890
is cites work of	Micellar liquid chromatography: suitable technique for screening analysis. Micellar-organic versus aqueous-organic mobile phases for the screening of β-blockers Optimization of the separation of ionizable compounds in micellar electrokinetic chromatography by simultaneous change of pH and SDS concentration. Prediction of the retention in reversed-phase liquid chromatography using solute-mobile phase-stationary phase polarity parameters. Reversed Phase Liquid Chromatographic Method for Separation and Determination of Positional Isomeric Mono‐ and Di‐substituted Anilines and Phenols on an R,S‐Hydroxypropyl Ether β‐Cyclodextrin Column Optimization of IC Separation Based on Isocratic-to-Gradient Retention Modeling in Combination with Sequential Searching or Evolutionary Algorithm Prediction of internal standards in reversed-phase liquid chromatography. III. Evaluation of an alternative solvation parameter model to correlate and predict the retention of ionizable compounds.
is cites work of	wds:Q60640652-FE9B3DAF-B4D8-4F0F-8E69-7538323846BA wds:Q46946680-3427E6CD-A7B1-4E8F-8127-80335E65B965 wds:Q44025315-7DC24E80-8977-44A1-8D55-CD66EAEEA890 wds:Q60321692-A7161B8D-5221-4C04-AC67-92E8B6B8F7D0 wds:Q42852035-35AAF421-61A1-47ED-9355-60EA86F12EA9 wds:Q43902384-3496DE6A-19F9-45F1-A47F-DAC963824AF2 wds:Q52026117-5F99D20E-5875-4A41-8CBD-CAC1EE0F3573

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