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Department of Natural Sciences<br />

and applications, including emission and<br />

absorption spectroscopy, nuclear magnetic<br />

resonance spectroscopy, and chromatography.<br />

Prerequisites: CHM 202 Analytical Chemistry,<br />

CHM204 Quantitative Analysis<br />

CHM402 Chemistry of Materials [3-0, 3 cr.]<br />

This course is an introduction to the materials<br />

of emerging technologies as explored in the<br />

chemistry of the solid-state, conducting,<br />

semiconducting, inorganic and organic<br />

materials, nanomaterials, as well as the<br />

design, preparation, processing and array<br />

of characterization methods for material<br />

performance.<br />

Prerequisite: CHM201 Chemical Principles.<br />

CHM403 Polymer Science [3-0, 3 cr.]<br />

This course is an introduction to Polymer<br />

Science involving classification of polymers,<br />

preparative methods of polymerization,<br />

characterization, mechanical properties,<br />

fabrication techniques, thermodynamics and<br />

kinetics of polymers, commercial importance<br />

and applications.<br />

Prerequisites or Co-requisite: CHM312 Organic<br />

Chemistry II<br />

CHM404 Forensic Chemistry [2-3, 3 cr.]<br />

This course is a general overview of the<br />

fundamental principles, methods, and<br />

instrumentation involved in the forensic<br />

analysis of physical evidence such as hair,<br />

fiber, bodily fluids, glass, paint, soil, finger<br />

prints, and documents. The laboratory applies<br />

the learned methodologies.<br />

Prerequisites: CHM202 Analytical Chemistry<br />

CHM405 Statistical Mechanics [3-0, 3 cr.]<br />

This course involves probability laws and<br />

distribution, statistical mechanics, postulates,<br />

fundamental equations, statistical mechanics<br />

calculations, Bose-Einstein statistics,<br />

transition state theory, as well as isotope effect<br />

from statistical perspective.<br />

Prerequisite: CHM330 Physical Chemistry I.<br />

CHM412 Synthesis and Identification of<br />

Organic Compounds [0-4, 2 cr.]<br />

This course is an experimental chemistry<br />

course that explores synthetic transformation,<br />

separation and identification of organic<br />

compounds by wet chemical techniques,<br />

spectroscopic tools, elemental analyzer and<br />

NMR.<br />

Prerequisites: CHM314 Organic Chemistry II<br />

Lab<br />

CHM420 Inorganic Chemistry [4-0, 4 Cr.]<br />

This course is a study of hydrogen-like orbitals,<br />

multi-electron atoms, ionic bonding and<br />

crystals, symmetry point groups, symmetry<br />

adapted orbitals, Berry pseudo-rotation,<br />

fluxional molecules, acids and bases, chemistry<br />

of the main group elements, coordination<br />

compounds and organometallic compounds.<br />

Prerequisites: CHM201 Chemical Principles<br />

CHM423 Synthesis and Identification of<br />

Inorganic Compounds [0-4, 2 cr.]<br />

This course is an experimental chemistry<br />

course that explores a wide variety of<br />

synthetic methodologies and characterization<br />

techniques of inorganic compounds such<br />

as main group, transition metals and<br />

organometallics. Several characterization<br />

techniques are used to analyze the synthesized<br />

products such as conventional spectroscopy,<br />

magnetic susceptibility, thermal analysis<br />

and XRD. The special laboratory skills of airfree<br />

manipulation of chemicals will also be<br />

introduced.<br />

Prerequisite or co-requisite CHM420 Inorganic<br />

Chemistry<br />

CHM424 Synthesis and Characterization of<br />

Nanomaterials [0-4, 2 cr.]<br />

This course is an experimental course that<br />

explores a wide variety of synthetic and<br />

characterization techniques for nanomaterials<br />

using advanced instrumental techniques such<br />

as AA, SEM and XRD.<br />

Prerequisites or co-requisite CHM402<br />

Chemistry of Mateials<br />

CHM425 Computational Chemistry [0-4, 2 cr.]<br />

This is a laboratory course that introduces<br />

students to computer methods and software<br />

used in computational chemistry. Emphasis<br />

is on quantum computer simulation methods<br />

including molecular orbital methods<br />

and density functional theory; statistical<br />

calculations; molecular dynamics and Monte<br />

Carlo; and Newton-Raphson techniques in<br />

solving thermodynamic equations.<br />

Prerequisites:CHM330 Physical Chemistry I,<br />

CHM332 Physical Chemistry II<br />

<strong>Lebanese</strong> <strong>American</strong> University | page 182

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