Kaczmarski Krzysztof | Faculty Of Chemistry Chemical Engineering Department Rzeszow University Of Technology

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概要

• KACZMARSKI Krzysztofの詳細を見る
• 同名の論文著者
• Faculty Of Chemistry Chemical Engineering Department Rzeszow University Of Technologyの論文著者

関連著者

• Kaczmarski Krzysztof

  Faculty Of Chemistry Chemical Engineering Department Rzeszow University Of Technology

• Guiochon Georges

  Department Of Chemistry The University Of Tennessee

• Antos Dorota

  Faculty Of Chemistry Chemical Engineering Department Rzeszow University Of Technology

• PIATKOWSKI Wojciech

  Faculty of Chemistry, Chemical Engineering Department, Rzeszow University of Technology

• KACZMARSKI Krzysztof

  Faculty of Chemistry, Chemical Engineering Department, Rzeszow University of Technology

• Kaczmarski Krzysztof

  Faculty Of Chemistry Rzeszow University Of Technology

• Guiochon Georges

  Department Of Chemistry University Of Tennessee

• ASNIN Leonid

  Institute of Technical Chemistry, Ural Division of the Russian Academy of Sciences

• LIU Xiaoda

  Department of Chemistry, The University of Tennessee

• SZABELSKI Pawel

  Department of Chemistry, The University of Tennessee

• ZHOU Dongmei

  Department of Chemistry, The University of Tennessee

• Liu Xiaoda

  Department Of Chemistry The University Of Tennessee

• Zhou Dongmei

  Department Of Chemistry The University Of Tennessee

• Gritti Fabrice

  Department Of Chemistry University Of Tennessee

• Gritti Fabrice

  Department Of Chemistry The University Of Tennessee

• Szabelski Pawel

  Department Of Chemistry The University Of Tennessee

• Asnin Leonid

  Institute Of Technical Chemistry Ural Division Of The Russian Academy Of Sciences

• Piatkowski Wojciech

  Faculty Of Chemistry Chemical Engineering Department Rzeszow University Of Technology

• Piatkowski Wojciech

  Department Of Chemistry University Of Tennessee

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著作論文

• Modeling of preparative chromatography processes with slow intraparticle mass transport kinetics
• Empirical development of a binary adsorption isotherm based on the single-component isotherms in the framework of a two-site model
• Influence of pressure on the chromatographic behavior of insulin variants under nonlinear conditions
• Influence of the particle porosity on chromatographic band profiles

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