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Papers by Reinhold Stoermann

Research paper thumbnail of Thinking in Terms of Structure-Activity-Relationships (T-SAR): A Tool to Better Understand Nanofiltration Membranes

Membranes, Jan 15, 2011

A frontier to be conquered in the field of membrane technology is related to the very limited sci... more A frontier to be conquered in the field of membrane technology is related to the very limited scientific base for the rational and task-specific design of membranes. This is especially true for nanofiltration membranes with properties that are based on several solute-membrane interaction mechanisms. "Thinking in terms of Structure-Activity-Relationships" (T-SAR) is a methodology which applies a systematic analysis of a chemical entity based on its structural formula. However, the analysis become more complex with increasing size of the molecules considered. In this study, T-SAR was combined with classical membrane characterization methods, resulting in a new methodology which allowed us not only to explain membrane characteristics, but also provides evidence for the importance of the chemical structure for separation performance. We demonstrate an application of the combined approach and its potential to discover stereochemistry, molecular interaction potentials, and react...

Research paper thumbnail of Preliminary (Eco-)Toxicological Risk Profiles of Ionic Liquids

Research paper thumbnail of Warum colorieren wir wir die MWW

Research paper thumbnail of Struktur-Wirkungs-Denken in der Chemie

Autoren: Jastorff -Störmann -Wölcke Erschienen bei Isensee, Oldenburg, 2003, ISBN: 978-3-89598-92... more Autoren: Jastorff -Störmann -Wölcke Erschienen bei Isensee, Oldenburg, 2003, ISBN: 978-3-89598-920-9, 298 Seiten Umfang, Preis: 42,-€ Das Buch ist insgesamt in 5 Kapitel gegliedert und befasst sich eingangs mit Strategien zur effizienten Verminderung stoffbedingter Risiken von Chemikalien durch Anwendung des Struktur-Wirkungs-Denkens. Es folgt ein Abriss über die physikalisch-chemischen Eigenschaften von Stoffen hinsichtlich ihrer toxischen und ökotoxischen Auswirkungen, in welchem die chemische Strukturformel als Informationsquelle für Eigenschaften und Wirkungen von Chemikalien vorgestellt wird. Kapitel 4 behandelt die biologischen Partner

Research paper thumbnail of The Concept and Application of a Differential Combination Method

Research paper thumbnail of Effects from Inhalation of Combined Organic Solvents. @!

Research paper thumbnail of Thinking in Terms of Structure-Activity-Relationships (T-SAR): A Tool to Better Understand Nanofiltration Membranes

Membranes, 2011

A frontier to be conquered in the field of membrane technology is related to the very limited sci... more A frontier to be conquered in the field of membrane technology is related to the very limited scientific base for the rational and task-specific design of membranes. This is especially true for nanofiltration membranes with properties that are based on several solute-membrane interaction mechanisms. "Thinking in terms of Structure-Activity-Relationships" (T-SAR) is a methodology which applies a systematic analysis of a chemical entity based on its structural formula. However, the analysis become more complex with increasing size of the molecules considered. In this study, T-SAR was combined with classical membrane characterization methods, resulting in a new methodology which allowed us not only to explain membrane characteristics, but also provides evidence for the importance of the chemical structure for separation performance. We demonstrate an application of the combined approach and its potential to discover stereochemistry, molecular interaction potentials, and react...

Research paper thumbnail of Thinking in Terms of Structure-Activity-Relationships (T-SAR): A Tool to Better Understand Nanofiltration Membranes

Membranes, Jan 15, 2011

A frontier to be conquered in the field of membrane technology is related to the very limited sci... more A frontier to be conquered in the field of membrane technology is related to the very limited scientific base for the rational and task-specific design of membranes. This is especially true for nanofiltration membranes with properties that are based on several solute-membrane interaction mechanisms. "Thinking in terms of Structure-Activity-Relationships" (T-SAR) is a methodology which applies a systematic analysis of a chemical entity based on its structural formula. However, the analysis become more complex with increasing size of the molecules considered. In this study, T-SAR was combined with classical membrane characterization methods, resulting in a new methodology which allowed us not only to explain membrane characteristics, but also provides evidence for the importance of the chemical structure for separation performance. We demonstrate an application of the combined approach and its potential to discover stereochemistry, molecular interaction potentials, and react...

Research paper thumbnail of Preliminary (Eco-)Toxicological Risk Profiles of Ionic Liquids

Research paper thumbnail of Warum colorieren wir wir die MWW

Research paper thumbnail of Struktur-Wirkungs-Denken in der Chemie

Autoren: Jastorff -Störmann -Wölcke Erschienen bei Isensee, Oldenburg, 2003, ISBN: 978-3-89598-92... more Autoren: Jastorff -Störmann -Wölcke Erschienen bei Isensee, Oldenburg, 2003, ISBN: 978-3-89598-920-9, 298 Seiten Umfang, Preis: 42,-€ Das Buch ist insgesamt in 5 Kapitel gegliedert und befasst sich eingangs mit Strategien zur effizienten Verminderung stoffbedingter Risiken von Chemikalien durch Anwendung des Struktur-Wirkungs-Denkens. Es folgt ein Abriss über die physikalisch-chemischen Eigenschaften von Stoffen hinsichtlich ihrer toxischen und ökotoxischen Auswirkungen, in welchem die chemische Strukturformel als Informationsquelle für Eigenschaften und Wirkungen von Chemikalien vorgestellt wird. Kapitel 4 behandelt die biologischen Partner

Research paper thumbnail of The Concept and Application of a Differential Combination Method

Research paper thumbnail of Effects from Inhalation of Combined Organic Solvents. @!

Research paper thumbnail of Thinking in Terms of Structure-Activity-Relationships (T-SAR): A Tool to Better Understand Nanofiltration Membranes

Membranes, 2011

A frontier to be conquered in the field of membrane technology is related to the very limited sci... more A frontier to be conquered in the field of membrane technology is related to the very limited scientific base for the rational and task-specific design of membranes. This is especially true for nanofiltration membranes with properties that are based on several solute-membrane interaction mechanisms. "Thinking in terms of Structure-Activity-Relationships" (T-SAR) is a methodology which applies a systematic analysis of a chemical entity based on its structural formula. However, the analysis become more complex with increasing size of the molecules considered. In this study, T-SAR was combined with classical membrane characterization methods, resulting in a new methodology which allowed us not only to explain membrane characteristics, but also provides evidence for the importance of the chemical structure for separation performance. We demonstrate an application of the combined approach and its potential to discover stereochemistry, molecular interaction potentials, and react...

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