Performance optimizing injection sequence for minimizing injection band broadening contributions in high efficiency liquid chromatographic separations von Sanchez, A. Carl, Anspach, Jason A., Farkas, Tivadar

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Self-Assembly of Transition-Metal-Based Macrocycles Linked by Photoisomerizable Ligands:  Examples of Photoinduced Conversion of Tetranuclear−Dinuclear Squares von Sun, Shih-Sheng, Anspach, Jason A, Lees, Alistair J

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Synthesis and Electrochemical, Photophysical, and Anion Binding Properties of Self-Assembly Heterometallic Cyclophanes von Sun, Shih-Sheng, Anspach, Jason A, Lees, Alistair J, Zavalij, Peter Y

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Very high pressure HPLC with 1 mm id columns von COLON, Luis A, CINTRON, José M, ANSPACH, Jason A, FERMIER, Adam M, SWINNEY, Kelly A

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Injection Valve for Ultrahigh-Pressure Liquid Chromatography von Anspach, Jason A, Maloney, Todd D, Brice, Richard W, Colón, Luis A

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Pushing the performance limits of reversed-phase ultra high performance liquid chromatography with 1.3μm core–shell particles von Sanchez, A. Carl, Friedlander, Gareth, Fekete, Szabolcs, Anspach, Jason, Guillarme, Dvy, Chitty, Mike, Farkas, Tivadar

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Chromatographic characterisation of 11 phytocannabinoids: Quantitative and fit‐to‐purpose performance as a function of extra‐column variance von Noestheden, Matthew, Friedlander, Gareth, Anspach, Jason, Krepich, Scott, Hyland, K. C., Zandberg, Wesley F.

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Transition-metal directed self-assembly of admantanoid-shaped supramolecules incorporating ferrocenyl moieties von Sun, Shih-Sheng, Anspach, Jason A, Lees, Alistair J

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Ultrahigh-pressure liquid chromatography using a 1-mm id column packed with 1.5-μm porous particles von Anspach, Jason A., Maloney, Todd D., Colón, Luis A.

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Ultrahigh-pressure liquid chromatography using a 1-mm id column packed with 1.5-microm porous particles von Anspach, Jason A, Maloney, Todd D, Colón, Luis A

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Ultrahigh-pressure liquid chromatography using a 1-mm id column packed with 1.5-mum porous particles von Anspach, Jason A, Maloney, Todd D, Colon, Luis A

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Ultrahigh-pressure liquid chromatography using a 1-mm id column packed with 1.5-μm porous particles: High pressures and high temperatures in separation sciences von ANSPACH, Jason A, MALONEY, Todd D, COLON, Luis A

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Bioinert Versus Biocompatible: The Benefits of Different Column Materials in Liquid Chromatography Separations von Anspach, Jason A, Rao, Srinivasa, Rivera, Brian

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Extend UHPLC column lifetime with KrudKatcher Ultra in-line filters von Koerner, Philip J, Presley, J.T, Cleveland, Tom, Anspach, Jason A

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Extend UHPLC column lifetime with KrudKatcher™ ultra in-line filters von Koerner, Philip J, Presley, J.T, Cleveland, Tom, Anspach, Jason A

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SINTERED METAL FIBER DISKS FOR CHROMATOGRAPHIC APPLICATIONS von LAYNE, JEFF, ANSPACH, JASON, FARKAS, TIVADAR, RUTAMOV, ISMAIL, BISCHOFBERGER, ALLEN, BROWN, MARK, WELSH, EMMET

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High speed HPLC separations are achievable using Luna® 2.5 μm HST columns on a standard HPLC system von ANSPACH, Jason A, RAHN, Peter C, KOERNER, Philip J

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SINTERED METAL FIBER DISKS FOR CHROMATOGRAPHIC APPLICATIONS von LAYNE, JEFF, ANSPACH, JASON, FARKAS, TIVADAR, RUTAMOV, ISMAIL, BISCHOFBERGER, ALLEN, BROWN, MARK, WELSH, EMMET

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SINTERED METAL FIBER DISKS FOR CHROMATOGRAPHIC APPLICATIONS von ANSPACH JASON, BROWN MARK, LAYNE JEFF, WELSH EMMET, BISCHOFBERGER ALLEN, RUTAMOV ISMAIL, FARKAS TIVADAR

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High Speed HPLC Separations Are Achievable Using Luna® 2.5 µm HST Columns on a Standard HPLC System von Anspach, Jason A, Rahn, Peter C, Koerner, Philip J

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