Dr. Svenja Schloß
Lehrveranstaltungen
– Durchführung und Auswertung von quantitativen Bestimmungen mittels maßanalytischer und photometrischer Verfahren
– Möglichkeiten der Charakterisierung organischer Substanzen
– Diskussion ausgewählter Substanzklassen und entsprechender Synthesen
– Anwendung fachspezifischer Verfahren (z.B. Extraktion und Chromatographie)
– Mechanismen organisch-chemischer Reaktionen
– Beschreibung der Struktur-Eigenschafts-Beziehungen
– Möglichkeiten der Charakterisierung organischer Substanzen
– Diskussion ausgewählter Substanzklassen und entsprechender Synthesen
– Anwendung fachspezifischer Verfahren (z.B. Extraktion und Chromatographie)
– Mechanismen organisch-chemischer Reaktionen
– Beschreibung der Struktur-Eigenschafts-Beziehungen
– Durchführung und Auswertung von quantitativen Bestimmungen mittels maßanalytischer und photometrischer Verfahren
– Möglichkeiten der Charakterisierung organischer Substanzen
– Diskussion ausgewählter Substanzklassen und entsprechender Synthesen
– Anwendung fachspezifischer Verfahren (z.B. Extraktion und Chromatographie)
– Mechanismen organisch-chemischer Reaktionen
– Beschreibung der Struktur-Eigenschafts-Beziehungen
– Möglichkeiten der Charakterisierung organischer Substanzen
– Diskussion ausgewählter Substanzklassen und entsprechender Synthesen
– Anwendung fachspezifischer Verfahren (z.B. Extraktion und Chromatographie)
– Mechanismen organisch-chemischer Reaktionen
– Beschreibung der Struktur-Eigenschafts-Beziehungen
Exercises are held biweekly with 4 hours per session. There are a total of 6 dates covering the following topics:
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
Exercises are held biweekly with 4 hours per session. There are a total of 6 dates covering the following topics:
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
Exercises are held biweekly with 4 hours per session. There are a total of 6 dates covering the following topics:
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
Exercises are held biweekly with 4 hours per session. There are a total of 6 dates covering the following topics:
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
This group is for students majoring in Environmental Science.
Exercises are held biweekly with 4 hours per session. There are a total of 6 dates covering the following topics:
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
Exercises are held biweekly with 4 hours per session. There are a total of 6 dates covering the following topics:
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
This group is for students majoring in Environmental Science.
Exercises are held biweekly with 4 hours per session. There are a total of 6 dates covering the following topics:
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
Exercises are held biweekly with 4 hours per session. There are a total of 6 dates covering the following topics:
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
Exercises are held biweekly with 4 hours per session. There are a total of 6 dates covering the following topics:
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
1. introduction to ecological experimentation, sampling and analysis of biotic parameters.
2. measurement and significance of physical environmental factors using the example of atmospheric pressure and the solubility of oxygen as a function of temperature.
3. basic operations in the chemical laboratory and introduction to experimental work
4. introductory experiments on soil ecology
Part 1: Importance of soil acidity and soil colors - determination of pH and color of soil horizons
Part 2: Significance of soil types - Granulometric analysis and field method.
Basics of organic chemistry (substance groups, functional groups, physicochemical properties such as reactivity, solubility, boiling point etc.) will be discussed using examples of important chemical substances and everyday products considering their chemistry and use (e.g. fuel, natural gas, solvents, pesticides, synthetic materials, flame retardants, medical drugs, scents, sugars, amino acids, dyes). The lecture will cover the basics for understanding the occurrence and behavior of organic chemicals in the environment. Additionally, the importance of the chemical industry (including sustainable development) and resource relevant topics referring to organic chemistry and to aspects of sustainable chemistry will be covered.
Im Laborpraktikum werden Versuche zu Themen, die typisch sind für die nachhaltige und organische (Umwelt)Chemie durchgeführt und dienen der Vertiefung des Stoffes der Vorlesung, sowie der Demonstration des Charakters einer Experimentalwissenschaft.
Im Laborpraktikum werden Versuche zu Themen, die typisch sind für die nachhaltige und organische (Umwelt)Chemie durchgeführt und dienen der Vertiefung des Stoffes der Vorlesung, sowie der Demonstration des Charakters einer Experimentalwissenschaft.
Im Laborpraktikum werden Versuche zu Themen, die typisch sind für die nachhaltige und organische (Umwelt)Chemie durchgeführt und dienen der Vertiefung des Stoffes der Vorlesung, sowie der Demonstration des Charakters einer Experimentalwissenschaft.
Im Laborpraktikum werden Versuche zu Themen, die typisch sind für die nachhaltige und organische (Umwelt)Chemie durchgeführt und dienen der Vertiefung des Stoffes der Vorlesung, sowie der Demonstration des Charakters einer Experimentalwissenschaft.
• Konzepte physikalisch-chemischer Experimente
• Aufnahme von Daten
• Führen eines Laborjournals, wissenschaftliche Protokollierung
• Experimentelle Überprüfung grundlegender Gesetzmäßigkeiten wie die Massenerhaltung, Bestimmung einer chemischen Formel, Avogadrozahl
• Gasgesetze
• Thermodynamik
• Verdünnte Lösungen
• Elektrochemie
• Kinetik
• Aufnahme von Daten
• Führen eines Laborjournals, wissenschaftliche Protokollierung
• Experimentelle Überprüfung grundlegender Gesetzmäßigkeiten wie die Massenerhaltung, Bestimmung einer chemischen Formel, Avogadrozahl
• Gasgesetze
• Thermodynamik
• Verdünnte Lösungen
• Elektrochemie
• Kinetik
• Darstellung und Diskussion physikalisch-chemischer Experimente und Aufnahme von Daten
• Besprechung der im Praktikum durchzuführenden Versuche
• Inhalte s. a. Praktikum Physikalische Chemie
• Besprechung der im Praktikum durchzuführenden Versuche
• Inhalte s. a. Praktikum Physikalische Chemie
In the laboratory exercises, experiments on topics that are typical for sustainable and organic (environmental) chemistry will be conducted to gain a deeper knowledge of the content of the lecture and demonstrate the character of experimental science.
In the laboratory exercises, experiments on topics that are typical for sustainable and organic (environmental) chemistry will be conducted to gain a deeper knowledge of the content of the lecture and demonstrate the character of experimental science.