about
Volume based vs. time based chromatograms: reproducibility of data for gradient separations under high and low pressure conditions.Blind column selection protocol for two-dimensional high performance liquid chromatography.In-silico optimisation of two-dimensional high performance liquid chromatography for the determination of Australian methamphetamine seizure samples.Assessing the detectability of antioxidants in two-dimensional high-performance liquid chromatography.Protocols for finding the most orthogonal dimensions for two-dimensional high performance liquid chromatography.Pi-selective stationary phases: (III) Influence of the propyl phenyl ligand density on the aromatic and methylene selectivity of aromatic compounds in reversed phase liquid chromatography.Performance of columns packed with the new shell particles, Kinetex-C18.Very high pressure liquid chromatography using core-shell particles: quantitative analysis of fast gradient separations without post-run times.Improved 2D-HPLC of red wine by incorporating pre-process signal-smoothing algorithms.Data processing for 2D-LC: where are we heading?Determination of neurotransmitters and their metabolites using one- and two-dimensional liquid chromatography with acidic potassium permanganate chemiluminescence detection.Investigations on the calculation of the third moments of elution peaks. I: Composite signals generated by adding up a mathematical function and experimental noise.Cumulative area of peaks in a multidimensional high performance liquid chromatogram.Evaluation of the asymmetric least squares baseline algorithm through the accuracy of statistical peak moments.Peak picking and the assessment of separation performance in two-dimensional high performance liquid chromatography.Very high pressure liquid chromatography using fully porous particles: quantitative analysis of fast gradient separations without post-run times.Elemental and molecular profiling of licit, illicit, and niche tobacco.The importance of chain length for the polyphosphate enhancement of acidic potassium permanganate chemiluminescenceThe analysis of café espresso using two-dimensional reversed phase–reversed phase high performance liquid chromatography with UV-absorbance and chemiluminescence detectionThe assessment of π–π selective stationary phases for two-dimensional HPLC analysis of foods: Application to the analysis of coffeeScreening of cannabinoids in industrial-grade hemp using two-dimensional liquid chromatography coupled with acidic potassium permanganate chemiluminescence detectionSelectivity in separation using π electron-rich stationary phases for the comprehensive two-dimensional analysis of café espressoComprehensive two-dimensional chromatography with coupling of reversed phase high performance liquid chromatography and supercritical fluid chromatographyRetention mechanism divergence of a mixed mode stationary phase for high performance liquid chromatographyA discussion on the process of defining 2-D separation selectivityRetention divergence of terpenes with porous graphitized carbon and C18 stationary phasesAutomated methods for the location of the boundaries of chromatographic peaksDryLab® optimised two-dimensional high performance liquid chromatography for differentiation of ephedrine and pseudoephedrine based methamphetamine samplesThe impact of column connection on band broadening in very high pressure liquid chromatographyImproving peak shapes with counter gradients in two-dimensional high performance liquid chromatographyInvestigating retention characteristics of a mixed-mode stationary phase and the enhancement of monolith selectivity for high-performance liquid chromatography
P50
Q30797524-0F54E032-8A7C-48A1-BE3B-0C8961141D96Q36011354-CB7EF407-BDA4-478A-8124-568A5A7EE402Q36092822-F64DE714-2D52-4060-99D5-CA8A04ED67EFQ41307828-C5D36B88-A809-47B0-9941-BEC950487741Q41530851-015B4A04-B971-4526-8C00-CA11D410A931Q43012702-8D7EC92B-4B1A-4E52-B81C-1B5FC070E0BFQ43180097-A823EFB0-6DC4-4F45-9E2E-E268EC9AA449Q44080885-2EC33880-70D7-4D46-B47D-B0B435B650D8Q44106556-7F5747F2-B97A-44FF-B3CB-413D56C101B3Q44815020-EC207C53-42DF-44C6-874E-EED5D5C00190Q45063288-78C3DCEC-90BE-4F51-90B5-3E2FD800AA22Q46589960-98969702-01A5-428D-83E5-E848E3AF3825Q51171310-611FE9DF-1E13-4493-BFF6-34ED6BFF739FQ51250763-ED39729A-91B4-4EBE-84B8-E0B27AEABF63Q51700070-B656094A-8A53-477D-9399-44D999101F52Q51769325-C78D398A-525E-4E64-B398-ADBCB51F0C6DQ53038469-BBAB9439-E78B-43DC-8CBA-4F0D742FF6CAQ57087374-5B6486C9-2F36-4010-9AF1-B74BE8432DD2Q57087482-15F22B0B-0C1A-46E3-9AA4-A5D55484E485Q57087485-A0746295-868C-4A81-8749-6CE9C55657B6Q57778585-5536B147-2333-4A38-AFAA-BB0BC843ADECQ82956584-1B568002-6C6A-40EE-BA28-97678DA459A5Q83093739-D5161FFE-ACE6-4B06-AD55-496356023576Q83534964-3CA54F06-B070-4079-B0B4-B5E1AFB2C14BQ83825550-B4140C07-1F20-4942-ACD3-698BB242DA3EQ84324987-C646E35C-D4AE-4FBD-B616-2D0CB2ED2EA3Q85064298-13AD234B-B46A-479B-9632-042D1DA9B755Q86118851-B10782E8-7C8C-4DC1-8794-123A791EE38EQ87171055-E3A99910-540A-4445-98AB-96053B5F9D70Q87456618-411C5917-074D-4A32-8E03-271D2872C167Q87868272-89F727B8-96E7-4C0C-A739-7ED640F2B65E
P50
description
hulumtues
@sq
onderzoeker
@nl
researcher
@en
հետազոտող
@hy
name
Paul G. Stevenson
@ast
Paul G. Stevenson
@en
Paul G. Stevenson
@es
Paul G. Stevenson
@nl
Paul G. Stevenson
@sl
باول جي. ستيفنسون
@ar
type
label
Paul G. Stevenson
@ast
Paul G. Stevenson
@en
Paul G. Stevenson
@es
Paul G. Stevenson
@nl
Paul G. Stevenson
@sl
باول جي. ستيفنسون
@ar
prefLabel
Paul G. Stevenson
@ast
Paul G. Stevenson
@en
Paul G. Stevenson
@es
Paul G. Stevenson
@nl
Paul G. Stevenson
@sl
باول جي. ستيفنسون
@ar
P1053
F-7285-2010
P106
P1153
23101537800
P21
P31
P3829
P496
0000-0001-6780-6859