صفحة عضو هيئة التدريس

The course aims to train the student on the basics of research, collecting information, reaching results and presenting them. The student chooses the specialization on which she plans to conduct her graduation project, according to the department’s availability in terms of the number of students, lab equipment and technicians necessary to supervise the student’s work. -The research plan is discussed with the supervising faculty member of the chosen specialization. -The project includes theoretical and practical parts, containing various lab experiments and supported with graphic drawings, if any, as well as statistical processes and other research requirements. -The student offers an electronic presentation of her research findings to the examination committee. Two of the specialized faculty members assess the student’s work and mark the grades on both the written presentation and the student’s oral answers.

The course aims to train the student on the basics of research, collecting information, reaching results and presenting them. The student chooses the specialization on which she plans to conduct her graduation project, according to the department’s availability in terms of the number of students, lab equipment and technicians necessary to supervise the student’s work. -The research plan is discussed with the supervising faculty member of the chosen specialization. -The project includes theoretical and practical parts, containing various lab experiments and supported with graphic drawings, if any, as well as statistical processes and other research requirements. -The student offers an electronic presentation of her research findings to the examination committee. Two of the specialized faculty members assess the student’s work and mark the grades on both the written presentation and the student’s oral answers.

The course will introduce quantum mechanics as applied to chemistry. This course covers the following topics: • Particle Nature of Radiation: The Origin of Quantum Theory: (Blackbody Radiation: Planck’s Quantum Hypothesis, The Photoelectric Effect, and Dual Nature of Radiation). • Atoms and the Bohr Model: (Atomic Spectra and Bohr Model of Hydrogenic Atoms). • Wave Nature of Matter and the Need for a Wave Function: De Broglie’s Hypothesis, The Need for a Wave Function and Born’s Interpretation of the Wave Function. • Heisenberg’s Uncertainty Principle • The Schrödinger Equation: The Time-Dependent Schrödinger Equation. • Postulates of Quantum Mechanics • Some Analytically Soluble Problems: (The Particle in a Box, The Harmonic Oscillator, The Rigid Rotor, and The Hydrogen Atom).

Catalysis: Definition, Types, characterizations, activation energy and catalytic reaction, catalysis theories, autocatalysis, enzyme catalysis, activation energy and catalysis inhibition, promoters, poisoning, applications.

Adsorption:  Definition, types, adsorption of gases and solution on the solid surface, adsorption isotherms, adsorption applications.

Surface tension, determination of the surface tension, Adsorption at interfacial solution and Gibbs equation, surfactants.

Colloids: Definition, Types, properties of colloids, preparation methods, purification of colloids and the stability of the colloidal solution.

Catalysis: Definition, Types, characterizations, activation energy and catalytic reaction, catalysis theories, autocatalysis, enzyme catalysis, activation energy and catalysis inhibition, promoters, poisoning, applications.

Adsorption:  Definition, types, adsorption of gases and solution on the solid surface, adsorption isotherms, adsorption applications.

Surface tension, determination of the surface tension, Adsorption at interfacial solution and Gibbs equation, surfactants.

Colloids: Definition, Types, properties of colloids, preparation methods, purification of colloids and the stability of the colloidal solution.

The course will introduce quantum mechanics as applied to chemistry. This course covers the following topics: • Particle Nature of Radiation: The Origin of Quantum Theory: (Blackbody Radiation: Planck’s Quantum Hypothesis, The Photoelectric Effect, and Dual Nature of Radiation). • Atoms and the Bohr Model: (Atomic Spectra and Bohr Model of Hydrogenic Atoms). • Wave Nature of Matter and the Need for a Wave Function: De Broglie’s Hypothesis, The Need for a Wave Function and Born’s Interpretation of the Wave Function. • Heisenberg’s Uncertainty Principle • The Schrödinger Equation: The Time-Dependent Schrödinger Equation. • Postulates of Quantum Mechanics • Some Analytically Soluble Problems: (The Particle in a Box, The Harmonic Oscillator, The Rigid Rotor, and The Hydrogen Atom).