متطلبات التخرج

متطلبات التخرج

Course description, Department of Chemistry, College of Science, Sebha University

First: Undergraduate:

The updated study plan of the Department of Chemistry for the spring of 2017
البكالوريوس ( الإجازة الجامعية ) في علوم الكيمياء (Chemistry  B.Sc. in)
مكونات الخطة
تتكون الخطة الدراسية لدرجة البكالوريوس ( الإجازة الجامعية ) في علوم الكيمياء من ( 147 ) وحدة معتمدة موزعة على النحو التالي:
ر.م	The course						Credits
1	Department requirements from the university (general requirements)						10
2	Department Requirements from the College (Supporting Requirements)						29
3	Department Specialized Requirements (Compulsory)						102
4	متطلبات القسم الاختيارية						6
المجمــــــــــــــــــــوع							147
أولاً:-المقررات العامة (المتطلبات العامة)
ر.م	Course Code	اسم المقرر بالعربية	اسم المقرر باللغة الانجليزية	Credits	عدد الساعات		التراتبية
					theoretical	Practice
1	Arb101	اللغة العربية أ	Arabic language A	2	2	\	/
2	Arb201	اللغة العربية ب	Arabic language B	2	2	\	Arb101
3	HLY401	تاريخ ليبيا	History of Libya	2	2	\	HSCI301
4	En 101	اللغة الإنجليزية أ	English language A	2	2	\	/
5	En 201	اللغة الإنجليزية ب	English language B	2	2	\	En 101
المجمـــــــــــــــــــــــــــــــــوع				10	10	\
أولاً:-المقررات الداعمة والمساندة
ر.م	Course Code	اسم المقرر بالعربية	اسم المقرر باللغة الانجليزية	Credits	عدد الساعات		التراتبية
					theoretical	Practice
1	MA – 100	رياضة عامة	General Mathematics	4	4	–	–
2	MA – 200	هندسة تحليلية	Geometry & velocity	3	3	–	MA - 100
3	MA – 300	تفاضل, تكامل و محددات	Calculus, Integration & Limits	3	3	–	MA - 200
4	PH- 101	مقدمة في الفيزياء	Introductory Physics	3	3	–	–
5	CS – 101	مقدمة في الحاسوب	Introd. to Computer Science	3	3	–	–
6	ZY – 101	علم حيوان عام	General Zoology	2	2	–	–
7	ZY – 111	علم حيوان عام المعملي	Practical Zoology	1	–	4	–
8	BT – 101	علم نبات عام	General Botany	2	2	–	–
9	BT – 111	علم نبات عام المعملي	Practical Botany	1	–	4	–
10	ES – 101	علم الأرض العام	General Geology	2	2	–	–
11	ES – 111	علم الأرض عام العملي	Practical Geology	1	–	4	–
12	HSCI- 301	تاريخ العلوم	History of science	2	2	–	Arb201
13	En -301	اللغة الإنجليزية ج	English language C	2	2	–	En 201
المجمـــــــــــــــــــــــــــــــــوع				29
ثانيا :- متطلبات القسم التخصصية (الإجبارية)
ر.م	Course Code	اسم المقرر بالعربية	اسم المقرر باللغة الانجليزية	Credits	عدد الساعات		التراتبية
					theoretical	Practice
1	CH- 100	كيمياء عامة	General Chemistry	2	2		–
2	CH – 111	كيمياء عامة عملي	Practical General Chemistry	1	–	4	–
3	CH – 201	كيمياء تحليلية عامة	General Analytical chemistry	2	2	–	CH- 100
4	CH –202	كيمياء غير عضوية عامة	General inorganic chemistry	2	2	–	CH- 100
5	CH – 203	مبادئ الكيمياء العضوية	Fund. of organic Chemistry	3	3	–	CH- 100
6	CH – 204	كيمياء فيزيائية عامة	General Physical Chemistry	3	3	4	CH- 100
7	CH – 211	كيمياء تحليلية عامة عملي	Practical Analytical chemistry	1	–	4	CH –111
8	CH –212	كيمياء غير عضوية عملي	Practical inorganic chemistry	1	­–	4	CH – 111
9	CH –214	كيمياء فيزيائية عامة عملي	Practical Physical chemistry I	1	–	4	CH – 111
10	CH – 301	المعايرات والطرق الوزنية العملي	Titrimetric & Gravimetric methods	2	2	–	CH – 201, CH – 211
11	CH – 302	كيمياء العناصر الممثلة	Chemistry of Representative	2	2	–	CH – 202, CH – 212
12	CH – 303	المجموعات الوظيفة العضوية	Organic Functional Groups	2	2	–	CH – 203
13	CH – 304	كيمياء فيزيائية عامة II	General Physical Chemistry - II	3	3	–	CH – 204, CH – 214
14	CH – 311	كيمياء تحليلية عملي II	Practical analytical chemistry II	1	–	4	CH – 201, CH – 211
15	CH – 312	كيمياء غير عضوية عملي II	Practical inorganic chemistry II	1	–	4	CH – 202, CH – 212
16	CH – 313	كيمياء غير عضوية عملي II	Practical organic chemistry II	1	–	4	CH – 203
17	CH – 314	كيمياء فيزيائية عامة عملي II	Practical Physical chemistry II	1	–	4	CH – 204, CH – 214
18	CH – 400	كيمياء رياضية	Mathematics for chemistry	2	2	–	MA200
19	CH – 401	كيمياء طرائق الفصل	Separation techniques	2	2	–	CH – 301, CH – 311
20	CH – 402	الترابط والتركيب الكيميائي	Bonding and Chemical Structure	2	2	–	CH – 302, CH – 312
21	CH – 403	كيمياء المركبات العطرية	Chemistry of Aromatic Compounds	2	2	–	CH – 303
22	CH – 404	الديناميكا الحرارية والاتزان	Thermodynamics and equilibrium	3	3	–	CH – 304, CH – 314
23	CH – 411	كيمياء طرائق الفصل العملي	Practical Separation techniques	1	–	4	CH – 301, CH – 311
24	CH – 412	كيمياء غير عضوية عملي III	Practical inorganic chemistry III	1	–	4	CH – 302, CH – 312
25	CH – 413	كيمياء المركبات العطرية العملي	Practical Aromatic Chemistry	1	–	4	CH – 303
26	CH – 414	الديناميكا الحرارية العملي	Practical Thermodynamics chemistry	1	–	4	CH – 304, CH – 314
27	CH – 500	الفيزياء الحرارية	Thermo-physics	3	3	–	PH-101
28	CH – 501	طرائق التحليل الكهربية	Electro analytical techniques	2	2	–	CH – 401, CH – 411
29	CH – 502	الكيمياء التناسقية	Coordination Chemistry	2	2	–	CH – 402, CH – 412
30	CH – 503	ميكانيكا التفاعلات العضوية	Reaction Mechanism	3	3	–	CH – 403, CH – 413
31	CH – 504	الكيمياء الضوئية , الكيمياء الحركية و الكيمياء الكهربية	Chemical kinetics, Photochemistry and Electrochemistry	3	3	–	CH – 404, CH – 414
32	CH – 505	كيمياء الصناعية للبوليمرات	Polymer Technology	2	2	–	CH – 403, CH – 413
33	CH – 511	طرائق العملية للتحليل الكهربي	Practical Electrochemistry	1	–	4	CH – 401, CH – 411
34	CH – 512	كيمياء غير عضوية عملي IV	Practical inorganic chemistry IV	1	–	4	CH – 402, CH – 412
35	CH - 513	كيمياء العضوية عملي III	Practical organic chemistry III	1	–	4	CH – 403, CH – 413
36	CH – 514	الكيمياء الضوئية , الكيمياء الحركية و الكيمياء الكهربية	Practical Electrochemistry	1	–	4	CH – 404, CH – 414
37	CH – 515	كيمياء العملية للبوليمرات	Practical Polymer chemistry	1	–	4	CH – 403, CH – 413
38	CH - 508	الكيمياء الحيوية	Biochemistry	2	2	–	CH – 403, CH – 413
39	CH – 601	طرق التحليل الطيفي	Spectroscopic Methods of analysis	2	2	–	CH – 501, CH – 511
40	CH – 602	كيمياء العناصر الانتقالية	Chemistry of Non-Metals	2	2	–	CH – 502, CH – 512
41	CH – 603	الكيمياء الفراغية وكيمياء المنتجات الطبيعية	Stereochemistry and Natural products	2	2	–	CH – 503, CH – 513
42	CH – 604	كيمياء الكم والكيمياء النووية	Quantum & Nuclear Chemistry	3	3	–	CH – 504, CH – 514
43	CH – 605	الكيمياء الصناعية النفطية	petrochemical industry	2	2	–	CH – 505, CH – 515
44	CH – 611	طرق العملية في التحليل الطيفي I	Practical Spectroscopic analysis I	1	–	4	CH – 501, CH – 511
45	CH – 612	كيمياء غير عضوية عملي V	Practical inorganic chemistry V	1	–	4	CH – 502, CH – 512
46	CH – 613	كيمياء العضوية عملي IV	Practical organic chemistry IV	1	–	4	CH – 503, CH – 513
47	CH – 614	الحوسبة الكيميائية	Practical theoretical Chemistry	1	–	4	CH – 504, CH – 514
48	CH – 615	الكيمياء النفطية المعملية	Practical Petroleum Chemistry	1	–	4	CH – 505, CH – 515
49	CH – 701	طرق التحليل الآلي	instrumental method of analysis	2	2	–	CH – 601, CH – 611
50	CH – 702	ميكانيكا التفاعلات الغير عضوية	Inorganic Reaction Mechanism	2	2	–	CH – 602, CH – 612
51	CH – 703	كيمياء المركبات الحلقية والأطياف	Heterocyclic Compounds & Spectroscopy	2	2	–	CH – 603, CH – 613
52	CH – 704	الأطياف الجزئية والديناميك الإحصائي والحالة الصلبة	Molecular Spectra, Statically Thermodynamics and Solid State	3	3	–	CH – 604, CH – 614
53	CH – 705	الكيمياء الصناعية التطبيقية	Applied Chemistry	2	2	–	CH – 605, CH – 615
54	CH – 707	الكيمياء الصناعية الغير عضوية	Industrial Inorganic Chemistry	2	2	–	CH – 502, CH – 502
55	CH – 711	طرق العملية للتحليل الطيفي II	Practical Spectroscopic analysis II	1	-	4	CH – 601, CH – 611
56	CH – 712	كيمياء غير عضوية عملي IV	Practical inorganic chemistry IV	1	–	4	CH – 602, CH – 612
57	CH – 713	كيمياء العضوية عمليIV	Practical organic chemistry V	1	–	4	CH – 603, CH – 613
58	CH – 715	الكيمياء الصناعية المعملية	Practical Industrial Chemistry	1	–	4	CH – 605, CH – 615
59	CH – 700	طرق بحث	Research methodology	1	2	-
60	CH – 800	مشروع بحث	Project	3	3	–
المجمـــــــــــــــــــــــــــــــــوع				103
ثالثا:-متطلبات القسم الاختيارية
يكون الطالب ملزم باختيار 8 ( وحدات دراسية ) خلال فترة دراسته من المقررات الاتية
ر.م	Course Code	اسم المقرر بالعربية	اسم المقرر باللغة الانجليزية	Credits	عدد الساعات	التراتبية
					theoretical
1	CH – 801	كيمياء البيئة	Environmental chemistry	2	2	CH-701
2	CH – 821	كيمياء الماء والتربة	Water and soil chemistry	2	2	CH-701
3	CH – 831	الكيمياء الكهربية المتقدمة	Advanced  Electro analy. chemistry	2	2	CH-501
4	CH – 841	كيمياء تحليلية متقدمة	Advanced Analytical Chemistry	2	2	---
5	CH – 802	نظرية المجموعات	Group Theory in Chemistry	2	2	CH-502
6	CH – 822	كيمياء غير عضوية متقدمة	Advanced Inorganic Chemistry - I	2	2	CH-702
7	CH – 832	الكيمياء العضوية المعدنية	Oregano Metallic Chemistry	2	2	CH-502
8	CH – 842	كيمياء غير عضوية متقدمة	Advanced Inorganic Chemistry - II	2	2	---
9	CH – 803	الصباغ , الالياف و الانسجة	Dyes, Textile Fibers	2	2	CH-603
10	CH – 823	كيماء العلاجية والفيتامينات	Vitamins and Chemotherapy	2	2	CH-703
11	CH – 833	كيمياء السليكون والمركبات العضوية متعددة الانوية	Silicon Chemistry and Polynuclear Hydrocarbons	2	2	CH-703
12	CH – 843	كيمياء عضوية متقدمة	Advanced organic Chemistry	2	2	---
13	CH – 804	كيمياء البلورات السائلة	Liquid Crystals	2	2	CH-704
14	CH – 824	كيمياء السطوح والمحفزات	Surface Chemistry & Catalysis	2	2	CH-704
15	CH – 834	كيمياء الغرويات	Chemistry of Colloidal State	2	2	CH-304
16	CH – 844	كيمياء الفيزيائية المتقدمة	Advanced Physical Chemistry	2	2	---
17	CH – 820	كيمياء البيئة والتلوث	Envor. Chemistry and pollution	2	2	---
المجمـــــــــــــــــــــــــــــــــوع				6

ثانيا: مرحلة الدراسات العليا 

دراسات العليا قسم الكيمياء كلية العلوم جامعة سبها.csv

I	M	Sc	Courses in Analytical Chemistry
1	Volumetric and Gravimetric Analysis (CH901-1/PG) (3 Credits)
(Compulsory for all M	Sc	Students)
Ionic equilibria, applications of volumetric analysis (neutralisation reactions, redox reactions, complexmetric reactions and precipitation reactions). Theory of gravimetric analysis. Microgravimetric and microvolumetric analysis. General introduction to separation in analytical chemistry. Masking and demasking agents. The analysis of real substances. Preliminary steps to an analysis.
2	Instrumental Methods of Chemical Analysis I (CH901-2/PG) (3 Credits)
Instrumental methods of chemical analysis. Source of radiation(continuous sources-discrete sources). Optical materials(front surface mirror- reflection- filters and wavelength selection- gratings- prism- design of a dispersing system). Aspects of polarisation of light(selective absorption- selective reflection- anisotropic materials). Detectors(criteria for evaluation of detectors- photoelectric devices- photoemissive tube- photomultiperes- IR detectors). Monochromators and arrangements of optical components(prism systems spectrograph- UV spectrometers- IR spectrometers- grating mounts). Applications of UV visible, , IR spectroscopy.
3	Instrumental Methods of Chemical Analysis II (CH901-3/PG) (3 Credits)
Atomic spectroscopy, atom population, selection rules, line profiles. Emission spectroscopy, flame emission, flame atomic absorption, atomic fluorescence. Intensity of spectral lines in absorption and emission. Measurement of line intensities by photographic procedures. Background connection. Applications of atomic absorption spectroscopy.
4	Instrumental Methods of Chemical Analysis III (CH901-4/PG) (3 Credits)
NMR spectroscopy; magnetic properties, nuclear energy level, resonance frequency, the NMR phenomena, instrumentation and techniques. Relaxation and line width, the chemical shift, measurement of chemical shift, spin-spin coupling, dianamic processes. Experimental aids to spectral analysis, lanthanide shift reagent, signal enhancement. Quantitative analysis.
Mass spectrometry; principles of mass spectrometry design, determination of molecular weight, fragmentation, quantitative analysis, alternative ionisation techniques, analysis with GLC- MS interfacing systems, quadrapole mass spectrometry, mass spectrometry of involatile inorganic solids.
5	Thermal and Radio Analysis (CH901-5/PG) (3 Credits)
Thermal methods of analysis; introduction to thermal analysis, thermogravimetry (TG), differential thermal analysis (DTA), thermometric titrations, miscellaneous thermal methods.
Radiochemistry; revision of basics, decay rates and activity interaction of radiation, counting statistics, Gamma spectrometry, origin and nature of g radiation, interaction of g photons with matter, detection and measurement of g radiation, production of the spectrum, uses of spectra. Activation analysis, neutron activation analysis, isotope dilution analysis, liquid scintillation counting. The internal standard method, external standard method, channels ratio method, sample preparation. X-ray methods, origin of x-ray, apparatus, energy dispersive, x-ray emission spectroscopy, the x-ray fluorescence, x-ray and Auger photoelectron spectroscopy in analysis, solid state fluorescence spectroscopy, cantoluminescense spectroscopy, molecular emission cavity analysis. Molecular photoelectron spectroscopy using vacuum ultraviolet photons.
6	Separation Techniques (CH901-6/PG) (3 Credits)
Analytical separations; separation by precipitation, extraction methods, applications of extraction procedures, ion exchange separation, separation of inorganic species by distillation. Chromatography; introduction to chromatography, classification of chromatography, paper chromatography, types of paper chromatography, experimental details for qualitative and quantitative analysis, application. Thin layer chromatography (TLC), superiority of TLC over other chromatographic techniques, experimental techniques, applications of TLC, limitations. Column chromatography, principle theory of development, experimental details, factors affecting column efficiency, applications of column chromatography. Gas chromatography, principles, instrumentation, evaluation, retention volume, resolution, applications. High performance liquid chromatography (HPLC), principles, instrumentation, applications. Electrophoresis, moving-boundary, curtain, zone and disk electrophoresis. Qualitative and quantitative analysis by chromatography.
7	Electrochemical Analysis (CH901-7/PG) (3 Credits)
Electrochemical analysis, potentiometry, conductometry, high frequency titration, the measurement of pH, polarographic analysis, amperometric titration, electrolytic and coulometric techniques, electrogravimetry, polarimetry.
8	Environmental Chemistry (CH901-8/PG) (3 Credits)
Environmental chemistry and its scope, the nature composition of natural water, water pollution and trace level substance in water, water quality analysis and control, water treatment, environmental chemical analysis, industrial water analysis and control (water used in boilers, heat exchange, condensers), environmental chemistry of soil, the nature and composition of the atmosphere, particular matter and miner inorganic pollutants in the atmosphere, organic pollutants and photochemical smog in the atmosphere, natural resources and energy.
9	Food Analysis (CH901-9/PG) (3 Credits)
Food analysis, analysis of dairy products, wheat, rice, meat products, soft drinks, preservatives, colouring matter and other additives.
10	Seminars (CH901-10/PG) (3 Credits)
Review of articles and seminars
11	Special topics (CH901-16PG) (3 Credits)
Theoretical and practical description of analytical materials
II	M	Sc	Courses in Inorganic Chemistry
1	Coordination Chemistry of the Transition Metals (CH902-1/PG) (3 Credits)
(Compulsory for all M	Sc	Students)
Introduction and Nomenclature, coordination bonds (effective atomic number, VBT, CFT, MOT), isomerism, preparations and reactions of coordination compounds, complex ion stability, kinetics and mechanisms of reactions of coordination compounds
2	Spectroscopy (CH902-2/PG) (3 Credits)
Electronic transition spectroscopy, rotation-vibration spectroscopy, raman spectroscopy and IR spectra, nuclear magnetic resonance spectroscopy, magnetic properties of complexes, mass spectroscopy.
3	Advanced Organometallic Chemistry (CH902-3/PG) (3 Credits)
Metal alkyl and aryl types: binuclear with metal-metal bond, polymeric with bridging alkyl groups, metalo-cyclic complexes, compounds with transition Metal carbon multiple bonds, metal compounds of heterocyclic (sandwich), 5 and 6 electron metal compounds, reactions of organometallic complexes (addition, oxidation, elimination, inserting). Metal carbonyl compounds (reactions and structures).
4	Nuclear and Radiation Chemistry (CH902-4/PG) (3 Credits)
Chemistry of lanthanides and octinides, nuclear particles (fundamental particles), kinds of radiation, radioactive atoms and radioactive series, radioactive Processes, measurement of radiation, uses of radioactive isotopes and radiation, nuclear reactors, atomic bomb.
5	Chemical Application of Group Theory (CH902-5/PG) (3 Credits)
Symmetry operation and elements, rotation axes, reflection plane, inversion, rotation-reflection identity, symmetry groups (multiplying symmetry operation), systematic listing of symmetry groups (Cn , Cnn , Cnh , Dn , Dnh , Dnd , Sn , Td , Oc), molecular symmetry (coordination numbers 2, 3 , 4 , 5 , 6 , 7 , 8 , 9).
6	Representative of Non-transition Elements; (CH902-6/PG (3 Credits)Bonding and Structures
Electronic configuration (their ionization potential, radius, electron affinity, term Symbols, types of bonds: covalent, ionic, coordination, metallic, polar, hydrogen, hybridisation and structure (SP , SP2 , SP3 , SP3d , SP3d2 , dSP2 ), atomic covalent radii, van der waal radii, ionic radii, some relation between bond properties, bond order, length, force constant energy, halogens, interhalogens, noble gases.
7	Industrial Inorganic Chemistry (CH902-7/PG) (3 Credits)
Bricks (40-60%, 10-25% Al2O3 ; 4-8% Fe2O3 ; 1-15% CaO), ceramics preparing and coloring), cement, sand stone and thrmoston from CaO, glass preparing and coloring (70-74% SiO2 ; 13-15% CaO ; 13-16% Na2O ), cells (dry cells, liquid cells), fertillizers (nitrogen and phosphate).
8	Bioinorganic Chemistry (CH902-8/PG) (3 Credits)
Most important inorganic elements for man kind, The pH of human body, chlorophyl a and b, ferredoxins and rubredoxins, hemoglobin and myoglobin (Protein), vitamin B12s [Co(III)] , and B12r [Co(II)], carboxy peptidase A (Zn), xanthine (Mo) and nitrogenage (Mo).
9	Seminars (CH902-9/PG) (3 Credits)
Review of articles and seminars
10	Special topics (CH902-17/PG) (3 Credits)
Theoretical and practical description of inorganic materials
III	M	Sc	Courses in Organic and Biochemistry
1	Advanced Organic Chemistry (CH903-1/PG) (3 Credits)
(Compulsory for all M	Sc	Students)
Catalytic hydrogenation and dehydrogenation, metal hydride reductions and related reactions, dissolving metal reductions and relation reactions, reduction with hydrazine and its derivatives, oxidation with chromium and manganese compounds, oxidation with peracids and other peroxides, other methods of oxidation, halogenation, The alkylation of active methylene compounds, The aldol condensation and related reactions, acylation at carbon.
2	Heterocyclic Chemistry (CH903-2/PG) (3 Credits)
Diazonaphthalenes (naphthyridines, benzodiazines, synthetic methods, chemical properties), purines and pteridines (syntheses and chemical properties), directed lithiation application to the synthesis of heterocyclic compounds, pyrylium salts and pyranones (natural synthesis, chemical properties), coumarines and chromones (synthesis and chemical properties), Flavones natural occurance, synthesis, chemical properties,a esters: versatile intermediates for the synthesis of polyaza-heterocycles, the carboniles and their compound, structure, natural occurance, synthesis and chemical properties, with more attention to their benzo derivatives, vicarious nucleophilic substitution of hydrogen (VMS): general review of nucleophilic substitution in aromatic compounds both carbocyclic and heterocyclic, VNS in general and its application to heterocycles compounds.
3	The Conservation of Orbital Symmetry (CH903-3/PG) (3 Credits)
Orbitals and bonding, correlation diagrams, the conservation of orbital symmetry, the theory of electrocyclic reactions (electrocyclic reactions exemplified), the theory of cycloadditions and cycloreversion: (cycloadditions and cycloreversions exemplified, (2+2) cycloadditions in the photochemistry of the cyclohexadienones and cyclobexenones, The (2+2+2) cycloadditions, prismane, (2+2+2+2) cycloadditions), theory of sigmatropic reactions (sigmatropic reaction examplified, sequential sigmatropic shjfts), group transfers and eliminations, secondary effects, divertissements, cheletropic reactions, cyclo addition reactions of ketens, generalized selection rules for pericyclic reactions, violations.
4	Chemistry of Natural Products (CH903-4/PG) (3 Credits)
Terpenoids, Carotenoids, Steroids and Alkaloids.
5	Optical Course (CH903-5/PG) (3 Credits)
1- Carbohydrates, biochemistry an overview, monosaccharides, D-L faniles, disaccharides/polysaccharides. Metabolism of Carbohydrates, respiratory chain phosphorylation and the chemiometic theory, Citric acid cycle and energy of living.
2- Type of libides, chemical properties of triacqlglyerol, phospholipids, steroids, cell membranes, Metabolism of lipides, catabolism of fatty acids, anabolism of lipides and ketoacidosis and diabetes.
3- Proteins, amino acids as blocks of proteins, primary structures of proteins, secondary structures of proteins, tertiary and quarternary proteins, common proteins pro­perties, class of protein metabolism of amino acids, important of protein to energy cycles.
4- Nucleic acids, nucleasides, structure of DNA, types of RNA, application of molecular biology protein bio-synthesis with ribonucleic acids, biological function of DNA, metabolism of ribo- and deoxy-ribonucleotides.
5- Enzymes, regulations of ensymes, harmones and neurotransmiteas.
6- Nutrition, general requirement, protein, vitamin, mineral and trace element.
6	Organic Spectroscopy (CH903-6/PG) (3 Credits)
energy and electromagnetic spectrum : the electromagnetic spectrum, absorption of electromagnetic radiat­ion by organic molecules; infra-red spectroscopy: units of frequency, wave length and wave number, molecular vibrations, calculation of vibrational frequency, modes of vibration, quantum restrictions, Factors influencing vibrational frequencies, sampling techniques, identification of functional groups by interpretation of infra-red spectra; nuclear magnetic resonance spectroscopy: the spinning.nucleus, the effect of an external magnetic field, precessional motion and precessional frequency, energy transitions, theory of NMR, chemical shift and its measurements, factors influencing chemical shift. electronegativity-shielding and deshielding, anisotropic effect, the splitting of NMR signals, theory of spin-spin splitting, coupling constant J . Proton exchange reactions, factors influencing geminal and vicinal coupling, long range coupling. non-first order spectra, identification of proton system by interpretation of NMR spectra; ultra-violet and visible spectroscopy: of electronic spectroscopy to conjugated dienes. unsaturated carbonyl compounds. Benzene and its substitution derivatives; Mass Spectroscopy: basic principles, the mass spectrometer, sample insertion, inlet system, ion production in the ionization chamber, separation of the ions in the analyzer, ions collections, isotope abundance, the molecular ion. metastable ions, fragmentation processes, fragmentations associated with functional groups.
7	Physio-Organic Chemistry (CH903-7/PG) (3 Credits)
Energy of Activation, molecular orbitals, orbital symmetry, effects of structure on reactivity, rate of reaction: kinetics, first order ad second order reactions, mechanisms and methods of determining them, oxidation and reduction (mechanisms and reactions).
8	Stereochemistry (An Advanced Course ) (CH903-8/PG) (3 Credits)
1	Optical and Geometrical Isomerism
A. Optical Isomerism: polarimetry, molecular dissymmetry, Molecular Models.
B	Optical Isomerism due to asymmetric carbon atom: compounds with on
asymmetric carbon atom, compounds with two or more asymmetric carbon
atom, compounds containing like asymmetric carbon atom in branched chain.
C. Racemic modifications: nature of racemic modifications, formation of racemic modifications (by mixing, by synthesis, by racemisation), thermal Racemzations (by anion formation, by cation formation, by reversible formation of stable inactive intermediates, by walden inversion, by chemical Transfomation). Epimerization: (Mutarotation and first order asymmetric transformation, properties of racemic modification ( racemic mixtures, racemic compounds and racemic solid solutions)
9	General Topics (CH903-9/PG) (3 Credits)
Theoretical description of organic molecules: introduction to molecular orbital theory, hukel molecular orbital theory, the perturbational molecular orbital theory, the valence bond and resonance methods.
10	Reactive Intermediates (CH903-10/PG) (3 Credits)
Isolation of intermediates, tapping of intermediates, alternative source of intermediates, kinetic evidence for reactive intermediates, some common types of reactive intermediates.
11	Carbohydrates (CH903-11/PG) (3 Credits)
Carbohydrate Metabolism, review of CHO chemistry, glycolysis, glycogen synthesis, gluconeogensis, control of blood glucose, pentose phosphate pathway, uronic acid pathway, citric acid cycle, respiratory chain, alanine glucose cycle.
12	Proteins and amino Acids Chemistry (CH903-12/PG) (3 Credits)
Protein and Amino acid Metabolism: review of protein and amino acid chemistry, classification of amino acids, classification of protein, protein function, biosynthesis of non-essential amino acids, catabolism of amino acids, amino acid nitrogen, amino acid carbon skeleton, conversion of amino acids to specialized products.
13	Nucliec Acids (CH903-13/PG) (3 Credits)
Nucleotides and Nucleic acids: review of purines and pyrimidines chemistry, structure of DNA, structure of RNA, metabolism of purines and pyrimidines nucleotides, DNA organization and replication, RNA synthesis processing and metabolism, genetic code and protein synthesis, regulation of gene expression, recombinant DNA technology, cancer gene and growth factors.
14	Fatty Acids (CH903-14/PG) (3 Credits)
Lipid Metaboism, review o f lipid chemistry, biosynthesis of fatty acids, oxidation of fatty acids, ketogensis, metabolism of unsaturated fatty acids, metabolism of acylglycerols, metabolism of sphingolipids, metabolism of cholestrol.
15	Seminars (CH903-15/PG) (3 Credits)
Review of articles and seminars
16	Special topics (CH903-18/PG) (3 Credits)
Theoretical and practical description of organic materials
IV	M	Sc	Courses in Physical Chemistry
1	Thermodynamics of non-ideal systems and statistical Thermodynamics (CH904/1PG) (3 Credits)
(Compulsory for all M	Sc	Students)
The chemical potential and escaping tendency - Equilibrium between two or more phases - The Fugacity - Standard free-energy functions and equilibrium calculations – Solutions - Non-electrolyte solutions - electrolyte solutions - Theories of electrolyte solutions - Thermal properties of solutions - Activity coefficient from solid - Liquid equilibria
The distribution laws - Some more discussion of partition function - Thermodynamic functions in terms of the partition function - The molecular interpretation of the basic laws of thermodynamics - Evaluation of the partition function – Translational - Rotational, Vibrational, Electronic and Nuclear - Partition functions - Statistical thermodynamics of an ideal crystal - Ideal lattice gas, Statistical derivation of the equation of state for non-ideal fluids.
2	Chemical Kinetics (CH904/2PG) (3 Credits)
Order of reaction - Rate constant - Complex reactions (reversible, consecutive and chain reactions) - Effect of temperature on reaction rate - Collision and transition state theories - Fast reactions in solutions (flow and relaxation methods),Statistical thermodynamics - Kinetics of acid-Base catalysis - Diffusion controlled elementary steps of solution reactions - Estimation of reaction from thermodynamic data - Photochemistry.
3. Quantum Chemistry and Molecular structure (CH 904/ 3 PG) (3 Credits) Quantum theory, quantum Mechanical Harmonic oscillator, molecular electronic structure, the Schrödinger Wave Equation, molecular orbital description of the hydrogen molecule, electronic structure of polyatomic molecules, symmetry elements and symmetry operations, identification of point groups of molecules, rotational and vibrational spectroscopy, statistical mechanics.
4	Spectroscopy (CH 904/ 4 PG) (3 Credits)
Electromagnetic radiation - Units, Regions of the spectrum, Line width, Resolution - Intensity - Selection Rules - Signal to Noise ratio - Absorption and Emission, Microwave - Infra-Red - Electronic and NMR spectroscopy - Electron Spin Resonance (ESR) spectroscopy - Fluorescence and Phosphorescence - Lasers, Mosbauer spectroscopy - Mass spectroscopy - Physical properties of Molecules: Dipole moment - Optical properties and magnetic properties.
5. Electrochemistry (CH 904/ 5 PG) (3 Credits) Kinetics of some electrode processes: the hydrogen evolution reaction at metal interfaces, the oxygen evolution reaction: the electrochemical oxidation and reduction: electrodepositing of metals and alloys, electrochemical dissolution and passivity of metals, electrochemical corrosion of metals:
6	Physical Chemistry of Polymers (CH 904/ 6 PG) (3 Credits)
The kinetics of free radical polymerization - Copolymerization,
Emulsion polymerization & ionic polymerization - The structure of vinyl polymers, Determination of molecular weights - molecular weight distribution in linear and non linear polymers - Configuration of polymer chains - Rubber elasticity-
Statistical thermodynamics of polymer solutions - Phase equilibria in polymer Systems - configuration and frictional properties of the polymer molecule in dilute solution
7	Surface Chemistry (CH 904/ 7 PG) (3 Credits)
introduction and thermodynamics of adsorption, the physical and chemical adsorption of gases, treatment of solid adsorbent and gas adsorbed before adsorption. the use of gas or vapor for determination of surface area and pore size distribution, experimental techniques for studying the Gas-Solid Interface, the types of adsorption-desorption (sorption) isotherms, the physical sorption of gases by porous and nonporous solids, treatment of BET equation for adsorption isotherms, assessment of Porosity, the special behavior of water.
8. Homogenous and Heterogeneous Catalysis (CH 904/ 8 PG) (3 Credits) basic principles of catalysis, homogenous catalysts: structure, preparation and use, heterogeneous catalysts: structure, preparation and use, poisons and acceleration of catalysts, kinetics of catalyzed reaction, quantities aspects of catalysis by metals, catalysis in energy conversion, catalysis in the heavy inorganic chemical industry, application of Catalysis.
9. Colloids: Chemistry of colloidal State (CH 904/ 9 PG) (3 Credits) The nature of colloidal state, the different types of colloidal solutions, preparation of colloidal solutions, purification of colloidal solutions, collegative properties of colloidal solutions, sources of charges for the colloid Particles, the important application of colloids.
10	Liquid Crystals (CH 904/ 10 PG) (3 Credits)
What are liquid crystals (LCS) – thermotropic and lyotropic LCS, nematic, smectic and cholosteric, discotic phases; director and order-parameter - Liquid crystalline materials and properties - characterization of liquid crystalline phases - electronic properties of liquid crystals - Transport phenomena - Optical properties of liquid crystals. Theories of Liquid Crystal Displays (LCD) & photonic applications, operation of twisted nematic display - nonlinear optical properties of LCs. electro optical Properties of LCs. liquid crystal polymers (LCP) polymeric liquid phase transitions in liquid crystals.
11	Photochemistry and Photobiology (CH 904/ 11 PG) (3 Credits)
Introduction, thermal versus photochemical reactions, earth’s atmosphere, the greenhouse effect, photochemical smog, the essential role of ozone in the stratosphere, photosynthesis I and II, mechanism of Vision, biological effects of radiation, problems.
12	Environmental Chemistry and Catalysis in Atmospheric Pollution Control (CH 904/ 12 PG) (3 Credits)
overview for environmental chemistry, natural environmental pollution, human environmental pollution, treatment and disposal of chemical wastes, control of air pollution, the Role of catalysis in atmospheric pollution control.
Electrolyte and Nonelectrolyte Solutions (CH 904/ 13 PG) (3 Credits) Electrical conduction in solution, a molecular view of the solution process, thermodynamics of ions in solution, ionic activity, colligative properties of electrolyte and nonelectrolyte solutions, biological membranes, partial molar quantities, the thermodynamics of mixing, Binary Mixtures of Volatile Liquids, real solution
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