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Poly(acrylamide- co - N , N ′‑methylenebisacrylamide) Monol..:
Marta Passamonti (8283903) ; Chiem de Roos (11740269) ; Peter J. Schoenmakers (1407406).
https://figshare.com/articles/journal_contribution/Poly_acrylamide-_i_co_i_-_i_N_i_i_N_i_methylenebisacrylamide_Monoliths_for_High-Peak-Capacity_Hydrophilic-Interaction_Chromatography_High-Resolution_Mass_Spectrometry_of_Intact_Proteins_at_Low_Trifluoroacetic_Acid_Content/17062383. , 2021
https://figshare.com/articles/journal_contribution/Poly_acrylamide-_i_co_i_-_i_N_i_i_N_i_methylenebisacrylamide_Monoliths_for_High-Peak-Capacity_Hydrophilic-Interaction_Chromatography_High-Resolution_Mass_Spectrometry_of_Intact_Proteins_at_Low_Trifluoroacetic_Acid_Content/17062383. , 2021
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Charge-Based Separation of Acid-Functional Polymers by Non-..:
Ton Brooijmans (3068625) ; Pascal Breuer (10516231) ; Aniek Schreuders (10516234)...
https://figshare.com/articles/journal_contribution/Charge-Based_Separation_of_Acid-Functional_Polymers_by_Non-aqueous_Capillary_Electrophoresis_Employing_Deprotonation_and_Heteroconjugation_Approaches/14360914. , 1753
https://figshare.com/articles/journal_contribution/Charge-Based_Separation_of_Acid-Functional_Polymers_by_Non-aqueous_Capillary_Electrophoresis_Employing_Deprotonation_and_Heteroconjugation_Approaches/14360914. , 1753
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