Assistant Lectures in Organic Chemistry, MARGARITA MINGIN, M.Sc., Ph.D., A.R.A.C.I. Senior Demonstrators, ALAN MAXWELL BOND, B.Sc. Melbourne University Research Fellow, ROBERT JAMES JACKSON STEWART, B.Sc., Ph.D. RAAF ACADEMY, PUNTKOOK Chemistry.
GENERAL INFORMATION
The candidate's performance in subjects at any one successful attempt at the Higher School Certificate examination
Points are awarded for improvement in performance in subjects taken a second time or for passing in subjects that are in addition to subjects already passed in the Higher School Certificate examination.). More than two attempts for the Higher School Certificate will be assessed on merit by the selection committee.
More than two attempts at Higher School Certificate will be judged by the selection committee on indication of merit
Changes to the list may then be made upon the recommendation of the Board of Technical Colleges. Holders of the degree of applied chemistry may be granted some exemptions in practical work in Chemistry Part II.
FINANCIAL ASSISTANCE
B. Howard Smith Exhibition
- C. Fellowships
Professor of Botany Professor of Botany R.3.24.13 Professor of Chemistry Title and indicative calendar Reference or
S. Fox Travelling Scholarship
REGULATIONS
- A candidate for the degree of Bachelor of Science shall, after matriculating, pursue his studies for at least three years, and pass ex-
- The subjects of the course for the degree and the conditions on which such subjects may be taken shall be as prescribed from time to
- No candidate may pursue a course of study or receive credit for examinations passed unless his proposed selection of subjects and the
- The faculty may allow a candidate to substitute for any subject of his course another subject of a university course which is, in its opinion,
- A candidate who, having completed or simultaneously being a candi- date for any other degree, enrols in the course for the degree of Bachelor
- A candidate who has complied with the prescribed conditions and obtained a cumulative points score equal to or exceeding one hundred
- For the purposes of Regulation 6.1.2 courses in the faculty of Science shall not be deemed to be courses in which specific work is
- In this Regulation the expression 'subject' shall include part of a subject
- Points Score
- Prerequisites and Special Conditions
- For the purpose of Regulation 20
- Availability of Units
The marks to be awarded for the examination in any such substituted course shall be determined by the faculty. For the purposes of Regulation 6.1.2, courses in the Faculty of Sciences will not be considered as courses in which specific work is science, will not be considered as courses in which specific work is assigned to certain years or in which candidates are required to full, but the prizes, exhibitions and scholarships in the subjects of the course shall be awarded on such terms as shall from time to time be determined by the faculty, and shall be published together with the details of the subjects.
Any appropriate choice of units will be available and can be taken with or without practical work, as decided in consultation with the relevant faculty or department. Any appropriate choice of units will be available and can be taken with or without practical work, and the marks awarded for them will be determined in consultation with the faculty and the Department of Chemistry.
Students majoring in Geology must take Geology 200 and enroll individually in units 201-206. Students majoring in Geology must take Geology 300 and enroll individually in units 301-307.
Students receiving credit for unit 205 cannot additionally receive credit for more than one of units 201 to 204 inclusive. Students who receive credit for more than one of the units 201 to 204 cannot receive credit for unit 205 in addition.
- An applicant for candidature for the degree of Bachelor of Science (degree with honours) shall—
- A candidate shall pursue for at least one year a course of study and investigation prescribed by the Professorial Board in the details of sub-
- A candidate shall—
- A candidate for the degree of Bachelor of Science (degree with honours) may not, except by special permission of the faculty, enter at
- The final assessment of the candidates shall be for honours only, and first, second, and third class honours may be awarded
- A candidate who has fulfilled the conditions prescribed may be ad- mitted to the degree of Bachelor of Science (degree with honours)
A complete list of bachelor's prizes offered for subjects at the Faculty of Science can be found on p.
- A candidate for the degree of Master of Science shall either—
- A candidate in submitting his thesis shall state generally in a preface, and specifically in notes, the sources from which his information
- A candidate may not present as his thesis any work for which a degree has been conferred on him in this or another university. If he
- Candidates who have fulfilled the prescribed conditions may be ad- mitted to the degree of Master of Science
- A Scholarship of 880 in each of the following departments will be open to competition to those candidates who have fulfilled the conditions
- The faculty of Science may admit as a candidate for the degree of Doctor of Science a Bachelor of Science who is of not less than five
- An intending candidate shall submit the prescribed number of copies of his thesis,1 which may consist of published or unpublished work
- The faculty shall appoint a committee, not necessarily of its own members, which shall determine whether the subject matter of the candi-
- The work must be original and must be a substantial contribution to the knowledge and understanding of a branch of Science
- Should the work have been undertaken in collaboration with others, the examiners shall be satisfied that the candidate has been responsible
- A candidate may not submit for examination work in respect of which he has already qualified for a degree in any university or, without the
- Candidates who have been passed by the examiners and who have fulfilled the prescribed conditions may be admitted to the degree of
An applicant for candidacy for the degree of Master of Science must submit to the faculty of Natural Sciences a proposed course of advanced study and training in research to be undertaken by him in a department of the University. The faculty may admit as a candidate for the degree an applicant who meets the faculty—. a) that his proposed study and training is of an adequate standard; and.
DEGREE OF BACHELOR OF SCIENCE
351 ANATOMY
201 HISTOLOGY
This course aims to impart knowledge of the structure of cells, tissues and organs, as well as an understanding of the strengths and limitations of modern methods for structural analysis of biological systems. SYLLABUS Lectures, lectures/demonstrations and laboratory work will be held on the following topics: the fine structure of cells; the microscopic structure of tissues, including a detailed study of nerve, muscle, endocrine, and lymphatic and reticuloendothelial tissue; neuroanatomy, cell and tissue differentiation and techniques used in histology and histochemistry.
353 BIOCHEMISTRY
Throughout the course, the emphasis will be on the relationships between structure and function in the systems being investigated. EXAMS Continuous assessment will be done throughout the course and exams will be held throughout the year.
202 BIOCHEMISTRY
In order to be allocated to a particular practical session, students must report to the Russell Grimwade School of Biochemistry in the penultimate week of the long holiday, indicating the other units they will be undertaking and, if desired, nominating partners .
203 BIOCHEMISTRY
EXAMS Tests are held in teaching units and in practical work during the year instead of or as well as an annual test. BOOKS No specific textbook is recommended, but references to the original literature will be provided.
355 BOTANY
101 BIOLOGY
Schmidt-Nielsen K Animal Physiology, 2nd ed Prentice-Hall 1964 Simpson C G & Beck W S Life, 2nd ed Routledge & Kegan Paul 1965 Stebbins G L Process of Organic Evolution, Prentice-Hall 1966 Steward F C About Plants: Topics in Plant Biology, Addison- Wesley.
201 BOTANY ANGIOSPERM SYSTEMATICS AND ECOLOGY
H Plant Taxonomy, Arnold, 1967
Smith G M Cryptogamic Botany, Vol I 2nd ed. McGraw-Hill 1955 McLuckie J & McKee H S Australian and New Zealand Botany, Associa-. Ramsay J A The Experimental Basis of Modern Biology, CUP 1965 Slatyer R 0 Plant-water Relationships, Academic Press 1967 San Pietro A et al eds Harvesting the Sun, Academic Press 1967 EKSAMEN A 3-hour skrewed question.
206 BOTANY ADVANCED GENETICS AND PLANT BREEDING
301 BOTANY PLANT PHYSIOLOGY
Laboratory work may be based on specific projects and an assessment of practical work will be included in the final assessment of overall performance. Reports of the practical work are checked and included in the assessment of the student in the course.
357 CHEMISTRY
The practical work will be assessed continuously throughout the course on the basis of written reports and terminal exams. Generally, satisfactory performance in at least two-thirds of the second-year units attempted is required before a student will be accepted for third-year units.
PHYSICAL CHEMISTRY
LABORATORY WORK Covers up to seven hours per week during the academic year and will include experiments in physical, inorganic and organic chemistry linked to theory units. EXAM Units can be taken at certain times throughout the year and during the exam period at the end of the year.
201 202 203 BASIC PHYSICAL CHEMISTRY 201 THERMODYNAMICS
202 KINETICS
203 SPECTROSCOPY
204 QUANTUM MECHANICS
205 PHASE EQUILIBRIUM (1 unit)
206 COLLOID AND SURFACE CHEMISTRY
207 ELECTROCHEMISTRY
208 WATER AND AQUEOUS SOLUTIONS
ORGANIC CHEMISTRY
220 ELEMENTARY REACTION MECHANISMS
221 POLYFUNCTIONAL COMPOUNDS (1 unit)
222 AROMATICITY
A simple treatment of the analysis of infrared, nuclear magnetic resonance and mass spectra with special emphasis on applications in organic structure determination.
241 THEORETICAL CONCEPTS B
242 PHYSICAL METHODS
243 CO-ORDINATION CHEMISTRY AND FIRST ROW TRANSITION ELEMENTS
244 CO-ORDINATION CHEMISTRY (1 unit)
245 DESCRIPTIVE CHEMISTRY OF NON-METALS A
246 DESCRIPTIVE CHEMISTRY OF NON-METALS B
247 VALENCE THEORY AND CO-ORDINATION CHEMISTRY FOR STUDENTS OF BIOLOGICAL SCIENCES
248 INSTRUMENTAL PROCEDURES
299 AGRICULTURAL CHEMISTRY
LABORATORY WORK Three hours a week year round illustrating the principles and applications of physical and organic chemistry of importance in agricultural science.
M & Sandell E B Textbook of Quantitative Inorganic Analysis, 4th ed Macmillan 1969
The evaluation of the performance of the practical work will continue throughout the year and will be used in determining the result in the course. The evaluation of the performance of the practical work will continue throughout the year and will be used in determining the result in the course.
306 SOLID STATE CHEMISTRY
307 ELECTROCHEMISTRY
308 POLYMER CHEMISTRY (General)
309 POLYMER CHEMISTRY (Biological)
310 KINETICS AND THERMODYNAMICS IN BIOLOGY
311 ATOMIC AND MOLECULAR SPECTROSCOPY
312 RESONANCE SPECTROSCOPY
320 SPECTROSCOPIC METHODS A
321 SPECTROSCOPIC METHODS B
322 REACTION MECHANISMS
323 ELEMENTARY BIOLOGICAL CHEMISTRY
324 BIOLOGICAL CHEMISTRY
325 BIOSYNTHESIS
326 ORGANIC PHOTOCHEMISTRY/ELECTROCYCLIC REACTIONS
Application of mechanistic (if we use the term in the broadest sense) principles to understand and design organic synthesis. Bethell D & Gold V Carbonium Ions, Academic Press 1967 Hine J Physical Organic Chemistry, 2nd ed McGraw-Hill 1962 Albert A Heterocyclic Chemistry, 2nd ed Athlone Press 1968.
INORGANIC CHEMISTRY 340 PHYSICAL METHODS A
Bu'Lock J D The Biosynthesis of Natural Products, McGraw-Hill 1965 Mahler H R & Cordes L H Biological Chemistry, Harper 1966.
341 PHYSICAL METHODS B
342 NON-AQUEOUS SYSTEMS
343 LANTHANIDES AND ACTINIDES
344 RADIOCHEMISTRY A
345 RADIOCHEMISTRY B
An overview of the special features of the structures and reactions of compounds of the 2nd and 3rd row transition metals. A discussion of the ligand dissociation reactions of some trivalent and divalent transition metal ion complexes will be undertaken.
354 STRUCTURAL AND CRYSTAL CHEMISTRY
359 ELECTRONICS
301 ELECTRONICS AND NETWORKS
302 DIGITAL CIRCUITS
303 APPLIED ELECTRODYNAMICS
304 LABORATORY PROJECT
552 ENGINEERING
101 ENGINEERING
- Set of good quality drawing instruments including
- Celluloid set squares
- or 12 in. adjustable set square
- degrees set square, 10 in. size or larger
- One celluloid protractor
- A set of French curves
- Scales
- One hard eraser, one artgum, one eraser shield
- One small fine file (5 in. smooth warding file) or sand paper block
- One roll of drafting tape
Performance in the tests, the electives and the design studio work will be used as the basis for assessment for passing and honours.
361 GENETICS
301-306 ADVANCED GENETICS
It is also intended to cover the integration of genetic studies with biochemical and physical analyzes of the synthesis, structure and function of nucleic acids and proteins. Hayes W The Genetics of Bacteria and their Viruses, 2nd ed Blackwell Stent G S Molecular Biology of Bacterial Viruses, Freeman.
304 HUMAN GENETICS
305 CYTOGENETICS
306 GENETICS OF FUNGI and HIGHER PLANTS
Kershaw RD Quantitative and Dynamic Ecology, Edward Arnold Stebbins GL Chromosomal Evaluation in Higher Plants, Prentice Hall Scagel RF et al 'Plant Diversity: An Evolutionary Approach, Wadsworth Kirk JT 0& Tilney-Bassett R A E The Plastids, Freeman.
363 GEOGRAPHY (SCIENCE COURSE)
Practical work, possible fieldwork reports and occasional colloquia are evaluated during the year and taken into account in the final exam.
202 PRINCIPLES OF CONSERVATION
203 QUANTITATIVE METHODS IN GEOGRAPHY
301 COASTAL AND FLUVIAL GEOMORPHOLOGY
EXAMINATION One year-end 2-hour written paper on material covered in both lectures and practical classes. Practical work, reports on fieldwork, and opportunity tests will be assessed and taken into account in the final examination.
302 POPULATION GEOGRAPHY
EXAM An end-of-year assignment of 3 hours and an end-of-year practical exam of 3 hours.
303 REGIONAL THEORY
304 PROBLEMS OF MODERN GEOGRAPHY
305 PROJECT IN PHYSICAL GEOGRAPHY
EXAMINATION The dissertation will be assessed and taken into account in the final examination.
365 GEOLOGY
101 GEOLOGY
A continuous assessment of the work is done and will be taken into account in the final grade. Field trips will take place on Saturdays and/or Sundays (maximum six days per year).
200 GEOLOGY
EXAM Theoretical: term tests (or test during the year) and one 3-hour written assignment at the end of the year.
201 MINERALOGY
CONTENT Principles of distinguishing, naming and classifying animal and plant species; relations between organisms and the environment; use of fossils in geology; a brief overview of the morphology, development and geological distribution of selected groups from the main invertebrate species and plant series. CONTENT Principles of structural, lithological, palaeontological and radiometric division of sequences; nomenclature of units; principles of stratigraphic correlation.
300 GEOLOGY
301 IGNEOUS AND METAMORPHIC PETROGENESIS
302 HISTORICAL GEOLOGY
303 TECTONICS AND GEOLOGICAL SYNTHESIS
304 ECONOMIC GEOLOGY A-METAL LIFE DEPOSITS A course of approximately sixteen lectures and 24 hours of practical work with a field excursion. Edwards A B ed Geology of Australian Ore Deposits, Aus IMM McAndrew J ed Geology of Australian Ore Deposits, 2nd ed Aus IMM EXAMINATION Examination in theory and practical work, 3 hours in total.
307 INTRODUCTORY GEOPHYSICS
310 GEOLOGY
311 ADVANCED MINERALOGY AND PETROLOGY
312 STRUCTURAL ANALYSIS
313 ADVANCED SEDIMENTOLOGY
314 ADVANCED PALAEONTOLOGY
315 ADVANCED . ECONOMIC GEOLOGY
316 ADVANCED PETROLEUM GEOLOGY
317 PRINCIPLES OF GEOCHEMISTRY
318 RESEARCH METHODS IN GEOLOGY
319 PROCESSES IN GEOMORPHOLOGY
320 SURFICIAL GEOLOGY
340 GEOPHYSICS
The following 2-point units are also acceptable as part of the Geophysics 340 course in lieu of one or two of the above units, provided the total points are not less than 24 points. Geodesy and landform; uses of artificial satellites; tidal forces and dynamic soil constants.
342 SEISMOLOGY
343 GEOTHERMY, GEOMAGNETISM AND GLOBAL TECTONICS
344 OCEANOGRAPHY
A course of approximately 150 hours of laboratory and field work in geophysics, including one 4 to 5 day field trip. Laboratory and field work is graded and taken into account in determining each candidate's score.
360 GEOCHEMISTRY
380 GEOMORPHOLOGY
367 HISTORY AND PHILOSOPHY OF SCIENCE
201 PHILOSOPHY OF SCIENCE A
Note: A more complete guide to pre-reading and the suitability of various reference books will be available from the HPS departmental office from January 1972. The candidate's performance in lectures, practical classes and essays will be taken into account in determining the result. final on this topic.
202 PHILOSOPHY OF SCIENCE B
EXAMS Two 2-hour assignments, one at the beginning of the second semester and one at the beginning of the third semester.
210 HISTORY OF SCIENCE
In 1972 the topics will be chosen from the history of mathematics, especially during its beginnings in Egypt, Babylonia, Greece and in Europe during the sixteenth and seventeenth centuries. Boyer C B A History of Mathematics, Wiley van de Waerden B L Science Awakening, Noordhoff Heath T L A Manual of Greek Mathematics, Dover.
311 HISTORY AND PHILOSOPHY OF SCIENCE EDUCATION
SYLLABUS An introductory examination of the different ways of studying the history of science (eg with or without regard to the cultural background, conceptually or biographically oriented, etc.), followed by a detailed study of selected themes from one or more branches of science. history of scientific ideas.
369 INFORMATION SCIENCE
101 COMPUTER PROGRAMMING
EXAMINATION A two-hour assignment for pass and honors combined, held at the end of the year. EXAMINATION A 2-hour assignment for pass and honors combined, held at the beginning of the second semester.
303 NUMERICAL METHODS FOR CONTINUOUS FUNCTIONS
313 DATA STRUCTURES AND DATA MANAGEMENT
371 MATHEMATICS
101 PURE MATHEMATICS PART
Students taking this course are assumed to have passed either Pure Mathematics or General Mathematics in the Higher School Certificate Examination. A book of mathematical tables (Kaye & Laby Four-Figure Mathematical Tables, Longmans) will be available for the exams.
140 APPLIED MATHEMATICS PART I
141 MECHANICS
Introduction to functions of two variables, including multiple integrals and the simplest partial differential equations. Allocation to lecture groups will be posted on the notice boards in the Mathematics Department in the week prior to the first semester.
227 MATHEMATICS NUMERICAL PROJECT
Hilbert D & Cohn-Vossen Geometry and the Imagination, Chelsea Kasner E & Newman J R Mathematics and the Imagination, Simon &.
240 APPLIED MATHEMATICS PART I1 (PASS)
Hopf L Introduction to the Differential Equations of Physics, Dover Mach E The Science of Mechanics, Open Court.
245 FLUID MECHANICS II (PASS)
260 APPLIED MATHEMATICS PART II (HONOURS)
261 MATHEMATICAL METHODS II (HONOURS)
263 CLASSICAL MECHANICS II (HONOURS)
265 FLUID MECHANICS II (HONOURS)
281 MIXED MATHEMATICS II (PASS)
Cohn P M Linear equations, Routledge & Kegan Paul Ledermann W Multiple integrals, Routledge & Kegan Paul Spain B Vector analysis, Van Nostrand. Bland D R Solution of Laplace's equation, Routledge & Kegan Paul Jaeger J C Introduction to Applied Mathematics, OUP.
PURE MATHEMATICS PART III (PASS)
301 LINEAR ALGEBRA
302 COMPLEX VARIABLE
303 ANALYSIS
Green J A Sequences and Series, Routledge & Kegan Paul Hilton P J Partial Derivatives, Routledge & Kegan Paul Sneddon I N Fourier Series, Routledge & Kegan Paul Thomas G B Continuity, Addison-Wesley. Class work, written work done during the year and work done in 227 or 307 will be taken into account.
PURE MATHEMATICS PART III (HONOURS)
321 REAL AND COMPLEX ANALYSIS
322 ABSTRACT ALGEBRA
323 PROJECTIVE GEOMETRY (or another topic)
324 DIFFERENTIAL GEOMETRY (or another topic)
321 Ahlfors L V Complex Analysis, McGraw-Hill Copson E T Functions of a Complex Variable, OUP Hille E Analytic Function Theory, Vol I Blaisdell.
340 APPLIED MATHEMATICS PART III (PASS)
341 POTENTIAL THEORY
342 CONTINUUM MECHANICS AND MATHEMATICAL METHODS
S Mathematical Theory of Elasticity, McGraw-Hill
360 APPLIED MATHEMATICS PART III (HONOURS)
361 ELECTROMAGNETISM
C A Electromagnetic Theory, Athlone Jackson J D Classical Electrodynamics, Wiley
362 CONTINUUM MECHANICS A course of 35 lectures
373 METALLURGY
201 METALLURGY PART
Butts A Metallurgical Problems, 2. udg. McGraw-Hill Barrett C S Structure of Metals, 2. udg. McGraw-Hill. Kehl G I Principles of Metallographic Laboratory Practice, McGraw-Hill Lumsden J Thermodynamics of Alloys, Institute of Metals.
301 METALLURGY PART II
All records made during the year should be retained for when needed in connection with the annual survey. Barrett C S & Massalski T B Structure of Metals, 3rd ed McGraw-Hill Cullity B D Elements of X-ray Diffraction, Addison-Wesley.
Hume-Rothery W The Structure of Alloys of Iron, Pergamon 1966 Other recently published books can be described.
I & Mokrousov V A Introduction to the Theory of Flotation, Butterworth
F & Aaronson H I eds The Decomposition of Austenite by Diffusion/ Processes, Interscience
375 METEOROLOGY
101 METEOROLOGY: INTRODUCTION TO THE ATMOSPHERE
102 METEOROLOGY: ATMOSPHERIC DYNAMICS
103 METEOROLOGY: LARGE SCALE WEATHER SYSTEMS
104 METEOROLOGY: LOCAL WEATHER SYSTEMS
105 METEOROLOGY: ANALYSIS AND PREDICTION TECHNIQUES
106 METEOROLOGY: RADIATION AND ENERGY BALANCE
107 METEOROLOGY: CLIMATE AND MAN
108 METEOROLOGY: COMPUTER METEOROLOGY
109 METEOROLOGY: PRACTICAL WORK
201 METEOROLOGY: OUTLINE OF METEOROLOGY
202 METEOROLOGY: METEOROLOGICAL MEASUREMENTS
203 METEOROLOGY: THERMODYNAMICS OF THE ATMOSPHERE
204 METEOROLOGY: CLIMATOLOGY
301 METEOROLOGY: DYNAMICS
A Dynamic Meteorology, Israel Program for Scientific Trans- lations 1962
302 METEOROLOGY: MICROMETEOROLOGY
303 METEOROLOGY: SOLAR RADIATION
304 METEOROLOGY: TURBULENCE
Each unit carries two marks and a one-hour terminal examination and/or an essay test on prescribed reading in addition to the material covered in the lectures.
305 METEOROLOGY: NUMERICAL WEATHER PREDICTION
306 METEOROLOGY: TERRESTRIAL RADIATION
307 METEOROLOGY: SYNOPTIC METEOROLOGY
308 METEOROLOGY: CLOUD PHYSICS
Eleven lectures providing an introduction to the dynamics of low latitude processes as part of the general circulation. Mechanical and thermal properties of ice; observed movements of glaciers and ice sheets; dynamic and thermodynamic theory of glaciers and ice sheets; mass and heat budget of the Antarctic ice sheet.
377 MICROBIOLOGY
201 MICROBIOLOGY
202 MICROBIOLOGY
203 MICROBIOLOGY (OPTOMETRY)
301 MICROBIOLOGY
302 MICROBIOLOGY: BACTERIOLOGY
303 MICROBIOLOGY: VIROLOGY
304 MICROBIOLOGY: IMMUNOLOGY
305 MICROBIOLOGY: INDUSTRIAL MICROBIOLOGY
C & Stanier R Y The Bacteria, Vol 1-5, Academic Press 1960-4
306 MICROBIOLOGY: MICROBIAL GENETICS
379 MINING
201 MINING (Science Course)
McAdam R & Westwater R Mining Explosives, Oliver & Boyd Peale R Mining Engineer's Handbook, 3rd ed Wiley. The practical work done during the course will be assessed as part of the annual exam.
354 NUTRITION
Candidates may be required to visit mines and other places connected with mining at certain times during the year. Woodcock J T ed Australian Mining, Metallurgical and Mineral Industries, Eighth Commonwealth Mining and Metallurgical Congress.
301 NUTRITION
302 NUTRITION
303 NUTRITION
304 NUTRITION
305 NUTRITION
The practical work is assessed during the course and taken into account as part of the final exam for students taking Units 301-305.
381 PATHOLOGY
383 PHARMACOLOGY
301 SYSTEMATIC PHARMACOLOGY
302 PHYSIOLOGICAL PHARMACOLOGY
303 BEHAVIOURAL PHARMACOLOGY
304 MOLECULAR AND BIOCHEMICAL PHARMACOLOGY
305 APPLIED PHARMACOLOGY
385 PHYSICS
Rand MJ Raper C & McCulloch MW An Introduction to the Physiology and Pharmacology of the Autonomic Nervous System, Aust. French A P Newtonian Mechanics, Nelson French A P Vibrations and Waves, Nelson Berkeley Physics Course, Vol I McGraw-Hill.
141 PHYSICS: MECHANICS, WAVE MOTION
142 PHYSICS: ELECTROMAGNETISM
143 PHYSICS: MODERN PHYSICS
241 PHYSICS: ELECTRONICS
227 PHYSICS; OPTICS
247 PHYSICS: OPTICS
PHYSICS: RELATIVITY
Eisberg R M Fundamentals of Modern Physics, Wiley Livesey D L Atomic and Nuclear Physics, Blaisdell Merzbacher E Quantum Mechanics, Wiley. The general principles of non-relativistic quantum mechanics (including Hilbert space formulation), with illustrative applications to nuclear and solid-state physics.
321 PHYSICS: THERMAL PHYSICS
341 PHYSICS: THERMAL PHYSICS
322 PHYSICS: NUCLEAR PHYSICS
Structural, mechanical and thermal properties of solids; Electrical and magnetic properties; Quantum theory of solids. Experimental and theoretical study of the structure and properties of atoms and molecules and various atomic and molecular processes.
Group Theory in Quantum Mechanics, Pergamon Kauzmann W Quantum Chemistry, Academic Press
361 PHYSICS: DIFFRACTION
362 PHYSICS: ELECTRONICS
363 PHYSICS: ASTRONOMY
An analysis of various problems in the philosophy of science with a focus on the structure and function of scientific theories. More specific information can be obtained from the Department of History and Philosophy of Science.
370 PHYSICS: THEORY OF EXPERIMENTS
371 PHYSICS: UPPER ATMOSPHERE PHYSICS
372 PHYSICS: GEOPHYSICS
373 PHYSICS: GEOPHYSICS
374 PHYSICS: GEOPHYSICS
375 PHYSICS: PARTICLE PHYSICS
The course will discuss the experimental methods used in high energy physics to investigate the nature and interactions of elementary particles and will give an idea of the way in which modern particle theory seeks to classify particles and explain their behavior.
390-396 PHYSICS: LABORATORY WORK
387 PHYSIOLOGY
201 PHYSIOLOGY
EXAMINATION One 3-hour paper, in Physiology, and viva voce if required by the department.
301 PHYSIOLOGY 302 PHYSIOLOGY
Ganong W F •Review of Medical Physiology, 3rd ed. Lange 1967 Dayson H A Textbook of General Physiology, 2nd ed. Churchill 1959 EXAMINATION Two 3-hour written papers in Examination Term Ill and viva voce examination if required by examiners. Practical assignments and other assignments during the year will be graded as part of the final exam.
304 BIOPHYSICS AND NERVOUS SYSTEM
305 RENAL, ALIMENTARY AND LIPID TRANSPORT, SYSTEMS
389 PSYCHOLOGY
B. Students wishing to make Psychology their career in either academic or professional (applied) fields are advised that an Honours degree is
101 PSYCHOLOGY
201 PSYCHOLOGY (PASS and PROVISIONAL HONOURS)
Duncan C P ed Thinking Current Experimental Studies, Lippincott 1967 Melton A W ed Categories of Human Learning, Academic Press 1964 RESEARCH At the end of the year.
301 PSYCHOLOGY (PASS and FINAL HONOURS)
395 SCIENCE LANGUAGES
201 SCIENCE FRENCH
202 SCIENCE GERMAN
EXAM Final exams can be taken during the year, as well as an annual written exam. Advanced courses on this subject can be offered if there is a demand and staff are available.
203 SCIENCE RUSSIAN
Courses for special interest groups, other than science students, may be offered by arrangement with the relevant department or faculty, and where appropriate staff and facilities are available. US Department of the Army English/Russian Dictionary, Russian/English Electronics, Technical Manual No 30-545 Washington 1956 Sofiano T A Russian/English Geological Dictionary, Fitzmatgiz Moscow.
391 STATISTICS
101 STATISTICS
102 STATISTICS
103 STATISTICS
