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Chemistry ΙΙ Magdalini Soupioni - Undergraduate - (A+) Department of Geology, University of Patras 1. Solutions. Types of solutions. Solubility and dissolution process. Temperature and pressure effects on the solubility. Ways of expressing concentration. Voltage solution vapors. Lifting boiling point and freezing point humiliation. Osmosis. Cumulative ionic properties of solutions. Colloids. Exercises. 2. Thermochemistry. Energy and power plants. Heat reaction. Enthalpy and enthalpy change. Thermochemical equations. Application of stoichiometry in heats of reactions. A reaction heat measurement. Hess's law. Standard enthalpies of formation. Fuel-food, commercial fuel and rocket fuel. Exercises. 3. Speeds Response. Setting the reaction speed. Experimental determination speed. Dependence of speed on the concentration. Change in concentration with time. Temperature and speed. Theories of conflict and transition state. Equation of Arrhenius. Elementary reactions. The speed law and mechanism. Catalysis. Exercises. 4. Chemical Equilibrium. Chemical equilibrium - A dynamic balance. Stable equilibrium. Heterogeneous equilibrium - Solvents in homogeneous balances. Predicting the direction of a reaction. Voltage solution vapors. Calculating equilibrium concentrations. Removal products or adding reactants. Change in pressure and temperature. Effect of a catalyst. Exercises. 5. Acids and Bases. Acids and bases Arrhenius. Acids and bases Brönsted - Lowry. Acids and Lewis bases. Relative strength of acids and bases. Molecular structure and acid strength. Aftoiontismos water. Solutions of strong acids and bases. The pH of a solution. Exercises. 6. Balance Acid-Base. Balances ionization acids. Polyprotic acids. Balances ionization bases. Acid-base properties of salt solutions. Exercises. 7. Solubility and Balances adducts. The constant product of solubility. Solubility and common ion effect. Subsidence calculations. Effect of pH on solubility. Complex ion formation. Complexes ions and solubility. Qualitative analysis of metal ions. Exercises. 8. Laboratory. Rules and laboratory safety measures. Preparation of solutions, dilution and Measurement pH. Qualitative Analysis. Quantitative Analysis. Summary exercises.
Polymer Science Constantinos Tsitsilianis - Undergraduate - (A-) Department of Chemical Engineering, University of Patras The polymer science is a constantly evolving scientific field with numerous technological applications and new scientific challenges. Polymeric materials exhibit a plurality of exciting properties resulting from the particular behavior of the large molecular size of the polymeric chains. The aim of the course is to understand the properties of polymers at the molecular level through the development of fundamental concepts related to the synthesis and characterization of their behavior in solution and solid state.
Polymers Laboratory Constantinos Tsitsilianis - Undergraduate - (A-) Department of Chemical Engineering, University of Patras Purpose of Polymer Laboratory is to familiarize students with the instrumental analytical techniques which are necessary for the characterization of polymers and the determination of thermal, rheological and mechanical properties.
Thermodynamics II Soghomon Boghosian - Undergraduate - (A-) Department of Chemical Engineering, University of Patras Chemical Thermodynamics
Physical Pharmacy Paul Klepetsanis - Undergraduate - (A-) Pharmacy, University of Patras Solubility and Distribution of Drugs. Complexation and Protein Binding. Interfacial Phenomena. Colloids. Rheology. Coarse Dispersions and Emulsions. Dissolution of pharmaceutical forms - theory.
Physical Chemistry Paul Klepetsanis - Undergraduate - (A-) Pharmacy, University of Patras Ideal and non-ideal gases. Kinetic theory and van der Waals equation. Thermodynamics. Chemical equilibrium. Phase diagrams. Properties of mixtures and solutions. Chemical Kinetics, determination of order and constant of reaction, homogeneous and heterogeneous catalysis and reaction mechanisms. Electrochemistry, activity and activity coefficients, electrical double layer, electrochemical equilibria and electrochemical kinetics.
General Chemistry Magdalini Soupioni - Undergraduate - (A+) Department of Biology, University of Patras Elements of General Chemistry necessary for the the Department of Biology students to know. In the Annexes of the course modules from the Viticulture and Food Chemistry of the Department of Chemistry are included.
Viticulture Magdalini Soupioni - Undergraduate - (A-) Department of Chemistry, University of Patras Detailed course description • Spectroscopic techniques • Atomic Spectroscopy - Optical Spectrometry • Atomic Absorption Spectrometry • Principle of flame AAS • Flame Atomic Absorption • Instrumentation flame AAS • sample introduction methods in Flame Atomic Absorption • Types flame for flame AAS • Sources of radiation Flame Atomic Absorption
General Chemistry I HRISSI KARAPANAGIOTI - Undergraduate - (A+) Department of Primary Education, University of Patras Course introduction, Chemistry and measurements, Physical- Chemical Properties, Mixtures- Substances, Separation of constituents, Atomic theory, atomic structure, isotops, charges, periodic table, molecules, inorganic substances, chemical bonds, state of matter, solutions, acids, bases, salts, pH, reactions, atmosphere, water (hardness, softening, pollution), introduction to organic chemistry, nomenclature, connection with the teaching material provided by the Greek Ministry of Education for elementary school teaching
UNDERGRADUATE -- ENVIRONMENTAL CHEMISTRY HRISSI KARAPANAGIOTI - Undergraduate - (A-) CHEMISTRY, University of Patras The objective of the course “Environmental Chemistry” is to introduce the student to topics such as Water chemistry Inorganic and organic pollution Water and wastewater treatment Atmospheric chemistry Atmospheric pollution