Appendix 8 Quantum Chemistry Literature Review




Скачать 74.85 Kb.
НазваниеAppendix 8 Quantum Chemistry Literature Review
Дата конвертации14.02.2013
Размер74.85 Kb.
ТипДокументы

APPENDIX 8

Quantum Chemistry Literature Review




This Appendix contains the following bibliographies


HISTORY

Quantum Chemistry – History


TEACHING OF IDEAS AND CONCEPTS

Quantum Chemistry - Teaching Concepts

Interpretations

Bonding & Structure

Atoms

Orbitals

Mathematics

Specific


Quantum Chemistry - Lecture Demonstrations & Laboratory

Demonstrations

Laboratory


Quantum Chemistry - Computational Ideas

Curriculum Changes & Delivery

Software Programs

Wave Function Software

Atomic Structure & Orbital Programs

Web


EDUCATION RESEARCH

Quantum Chemistry - Educational Research


A8.1QUANTUM CHEMISTRY – HISTORY



Balfour, W.J., (1988) The Quantum Story on Postage Stamps, Journal of Chemical Education, 65(3), 255-259


Ballhausen, C.J., (1979) Quantum Mechanics and Chemical Bonding in Inorganic Complexes - I. Static concepts of bonding; dynamic concepts of valency, Journal of Chemical Education, 56(4), 215-218


Ballhausen, C.J., (1979) Quantum Mechanics and Chemical Bonding in Inorganic Complexes - II. Valency and inorganic metal complexes, Journal of Chemical Education, 56(5), 294-297


Ballhausen, C.J., (1979) Quantum Mechanics and Chemical Bonding in Inorganic Complexes - III. The spread of the ideas, Journal of Chemical Education, 56(6), 357-361


Bent, H.A., (1984) Old Wine in New Bottles – Quantum Theory in Historical Perspective, Journal of Chemical Education, 61(12), 1078-1081


Garrett, A.B., (1963) Quantum Theory: Max Planck, Journal of Chemical Education, 40(5), 262-263


Kauffman, G.B., (1987) Origin of the Term “Quantum”, Journal of Chemical Education, 64(4), 383


Ogilvie, J.F., (1990) The Nature of the Chemical Bond - 1990, Journal of Chemical Education, 67(4), 280-289


A8.2QUANTUM CHEMISTRY – TEACHING CONCEPTS




Interpretations


Baggot, J., (1990) Quantum Mechanics and the Nature of Physical Reality, Journal of Chemical Education, 67(8), 638-642


Bartell, L.S., (1985) Perspectives on the Uncertainty Principle and Quantum Reality, Journal of Chemical Education, 62(3), 192-196


Castaño, F., Lain, L., Sanchez Rayo, M.N., Torre, A., (1983) Does Quantum Mechanics Apply to One or Many Particles?, Journal of Chemical Education, 60(5), 377-378


Christoudouleas, N.D., (1975) Particles, Waves, and the Interpretation of Quantum Mechanics, Journal of Chemical Education, 52(9), 573-575


Lowe, J.P., Ellison, F.O., (1978) Comments on “The Probability Equals Zero Problem in Quantum Mechanics”, Journal of Chemical Education, 55(11), 749-750


Morwick, J.J., (1978) What Is The Electron, Really?, Journal of Chemical Education, 55(10), 662-665


Nelson, P.G., (1990) How Do Electrons Get Across Nodes? A Problem in the Interpretation of the Quantum Theory, Journal of Chemical Education, 67(8), 643-647


Weininger, S.J., (1984) The Molecular Structure Conundrum: Can Classical Chemistry be Reduced to Quantum Chemistry?, Journal of Chemical Education, 61(11), 939-943

Bonding & Structure


Ahmad, W., Zakaria, M.B., (2000) Drawing Lewis Structures from Lewis Symbols: A Direct Electron Pairing Approach, Journal of Chemical Education, 77(3), 329-331


Bacskay, G.B., Reimers, J.R., Nordholm, S., (1997) The Mechanism of Covalent Bonding, Journal of Chemical Education, 74(12), 1494-1502


Lenox, R.S., (1979) Electrons, Bonding, Orbitals, and Light – A unified approach to the teaching of structure and bonding in organic chemistry courses, Journal of Chemical Education, 59(5), 298-300


Miller, G.J., Verkade, J.G., (1999) A Pictorial Approach to Molecular Orbital Bonding in Polymers: Non-Mathematical but Honest, Journal of Chemical Education, 76(3), 428-433


Pardo, J.Q., (1989) Teaching a Model for Writing Lewis Structures, Journal of Chemical Education, 66(6), 456-458


Silverstein, T.P., (1999) The “Big Dog-Puppy Dog” Analogy for Resonance, Journal of Chemical Education, 76(2), 206-208


Tsaparlis, G., (1997) Atomic and Molecular Structure in Chemical Education – A Critical Analysis from Various Perspectives of Science Education, Journal of Chemical Education, 74(8), 922-925

Atoms


Albanese, A., Vicentini, M., (1997) Why Do We Believe that an Atom is Colourless? Reflections about the Teaching of the Particle Model, Science & Education, 6, 251-261


Haendler, B.L., (1982) Presenting the Bohr Atom, Journal of Chemical Education, 59(5), 372-375


Leary, J.J., Kippeny, T.C., (1999), A Framework for Presenting the Modern Atom, Journal of Chemical Education, 76(9), 1217-1218


Marx, G., (1976) Atoms in the secondary school: Part 1, Physics Education, September, 409-412


Nicholson, D.G., (1965) Simplified d Orbital Models Assist in Teaching Coordination Concepts, Journal of Chemical Education, 42(3), 148-149


Schmidt, H., (1998) Does the Periodic Table refer to chemical elements?, School Science Review, 80(290), 71-74


Wiseman, F.L. Jr., (1978) The Electron Game: A Novel approach to Aid in the Teaching of Electronic Structures of Atoms, Journal of Chemical Education, 55(5), 325

Orbitals


Allendoerfer, R.D., (1990) Teaching the Shapes of the Hydrogenlike and Hybrid Atomic Orbitals, Journal of Chemical Education, 67(1), 37-39


Bent, H.A., (1984) Should Orbitals Be X-Rated in Beginning Chemistry Courses?, Journal of Chemical Education, 61(5), 421-423


Hsu, C., Orchin, M., (1973) A Simple Method for Generating Sets of Orthonormal Hybrid Atomic Orbitals, Journal of Chemical Education, 50(2), 114-118


Kikuchi, O., Suzuki, K., (1985) Orbital Shape Representations, Journal of Chemical Education, 63(2), 206-209


Millikan, R.C., (1982) Why Teach the Electron Configuration of the Elements as We Do?, Journal of Chemical Education, 59(9), 757


Morwick, J.J., (1979) Should Orbitals Be Taught In High School?, Journal of Chemical Education, 56(4), 262-263


Pierce, J.B., (1974) An Analogy for Teaching Hybrid Atomic Orbitals, Journal of Chemical Education, 51(6), 426


Scaife, D.B., (1978) Atomic Orbital Contours – A New Approach to an Old Problem, Journal of Chemical Education, 55(7), 442-445

Mathematics


Aebersold, D., (1975) Integral Equations in Quantum Chemistry, Journal of Chemical Education, 52(7), 434-436


Beste, L.F., (1969) The Polynomial Method in Quantum Chemistry: An introduction, Journal of Chemical Education, 46(3), 151-156


Das, R., Sannigrahi, A.B., (1981) The Factorization Method and Its Applications in Quantum Chemistry, Journal of Chemical Education, 58(5), 383-388


Goodfriend, P.L., (1985) Simple Perturbation Example for Quantum Chemistry, Journal of Chemical Education, 62(3), 202-204


Hall, P.G., (1966) An Introduction to Quantum-Mechanical Operators, Journal of Chemical Education, 43(1), 38-39


Milner, J.D., Peterson, C., (1985) Notes on the Factorization Method for Quantum Chemistry, Journal of Chemical Education, 62(7), 567-568


Rioux, F., (1994) Quantum Mechanics, Group Theory, and C60 , Journal of Chemical Education, 71(6), 464-465


Sims, J.S., Ewing, G.E., (1979) Experiments in Quantum Chemistry: The Linear Variation Method, Journal of Chemical Education, 56(8), 546-550


Svendsen, E.N., (1977) Energy Determination from the Electrostatic Theorem, Journal of Chemical Education, 54(6), 355-356

Specific


Brescia, F., (1970) Forces and Quantum Field Theory, Journal of Chemical Education, 47(9), 642-643


Allan, M., (1987) Electron Spectroscopic Methods in Teaching, Journal of Chemical Education, 64(5), 418-424


Bartell, L.S., (1985) Perspectives on the Uncertainty Principle and Quantum Reality, Journal of Chemical Education, 62(3), 192-196


Blanck, H.F., (1992) Introduction to a Quantum Mechanical Harmonic Oscillator Using a Modified Particle-in-a-Box Problem, Journal of Chemical Education, 69(2), 98-99


Blinder, S.M., (1981) Quantum Chemistry via the Periodic Law, Journal of Chemical Education, 58(10), 761-763


Bonneau, M., (1991) The Quantum Shoe Store and Electron Structure, Journal of Chemical Education, 68(10), 837


Brownstein, K.R., Capelle, K.S., (1999) Compounding Selection Rules in Quantum Mechanics, Journal of Chemical Education, 76(7), 992-994


Cropper, W.H., (1969) Quantum Mechanics with a Little Less Mystery, Journal of Chemical Education, 46(12), 839-840


de Barros Neto, B., (1984) Dice Throwing as an Analogy for Teaching Quantum Mechanics, Journal of Chemical Education, 61(12), 1044-1045


Dence, J.B., (1983) Note on a Simple Derivation of Planck’s Formula from Special Relativity, Journal of Chemical Education, 60(8), 645-646


Edmiston, C.K., (1988) The Theoretical Emperor Is Wearing the Proper Clothing! A Detailed Defense of Teaching Quantum Mechanical Ideas in Undergraduate Chemistry Courses , Journal of Chemical Education, 65(3), 219-223


Ellison, F.O., Hollingsworth, C.A., (1976) The Probability Equals Zero Problem in Quantum Mechanics, Journal of Chemical Education, 53(12), 767-770


Fortman, J.J., (1993) Pictorial Analogies VII: Quantum Numbers and Orbitals, Journal of Chemical Education, 70(8), 649-650


Garofalo, A., (1997) Housing Electrons: Relating Quantum Numbers, Energy Levels, and Electron Configurations, Journal of Chemical Education, 74(6), 709-710


Gillespie, R.J., Spencer, J.N., Moog, R.S., (1996) Demystifying Introductory Chemistry- Part 1. Electron Configuration from Experiments, Journal of Chemical Education, 73(7), 617-622


Gillespie, R.J., Spencer, J.N., Moog, R.S., (1996) Demystifying Introductory Chemistry- Part 2. Electron Configuration from Experiments, Journal of Chemical Education, 73(7), 622-627


Goh, N.K., Chia, L.S., Tan, D., (1994) Some Analogies for Teaching Atomic Structure at the High School Level, Journal of Chemical Education, 71(9), 733-734


Goodfriend, P.L., (1976) On the Nature of Models in Atomic and Molecular Quantum Mechanics, Journal of Chemical Education, 53(2), 74-76


Goodfriend, P.L., (1978) Model Pseudopotentials as a Source of Useful Problems for Quantum Chemistry Courses, Journal of Chemical Education, 55(10), 639-640


Goodfriend, P.L., (1985) Simple Perturbation Example for Quantum Chemistry, Journal of Chemical Education, 62(3), 202-204


Gutschick, V.P., (1975) Quantum Chemistry – Easing the paradox of the preferred axis for angular momentum, Journal of Chemical Education, 52(7), 432-433


Henderson, G., Logsdon, B., (1995) Stark Effects on Rigid-Rotor Wavefunctions – A Quantum Description of Dipolar Rotors Trapped in Electric Fields as Pendulum Oscillators, Journal of Chemical Education, 72(11), 1021-1024


Ma, N.L., (1996) Quantum Analogies on Campus, Journal of Chemical Education, 73(11), 1016-1017


Maybury, R.H., (1962) The Language of Quantum Mechanics, Journal of Chemical Education, 39(7), 367-373


Muha, G.M., Muha, D.W., (1986) On Introducing the Uncertainty Principle, Journal of Chemical Education, 63(6), 525-527


Nielsen, L.D., (1978) A simplified quantum mechanical model of diatomic molecules, American Journal of Physics, 46(9), 889-892


Paniagua, J.C., Moyano, A., (1996) On the Way of Introducing Some Basic NMR Aspects – From the Classical and Naive Quantum Models to the Density-Operator Approach, Journal of Chemical Education, 73(4), 310-318


Pilar, F.L., (1960) Quantum Mechanics for Organic Chemists, Journal of Chemical Education, 37(11), 587-589


Powell, R.E., (1968) Relativistic Quantum Chemistry – The electrons and the nodes, Journal of Chemical Education, 45(9), 558-563


Raw, C.J.G., Karrenbrock, A.J., (1969) Elementary Quantum Theory of Elastic Molecular Scattering, Journal of Chemical Education, 46(9), 589-591


Scerri, E.R., (1998) How Good is the Quantum Mechanical Explanation of the Periodic System?, Journal of Chemical Education, 75(11), 1384-1385


Slezak, J.A., (1971) The Concept of Quantum Numbers – a Simplified Approach, Journal of Chemical Education, 48(7), 485


Smith, W.B., (1971) The Perturbation MO Method – Quantum mechanics on the back of an envelope, Journal of Chemical Education, 48(11), 749-752


Standard, J.M., Clark, B.K., (1999) The Franck-Condon Principle and Condon Parabolas in a Physical Chemistry or Quantum Physics Course, Journal of Chemical Education, 76(10), 1363-1366


Teixeira-Dias, J.J.C., (1983) How to Teach the Postulates of Quantum Mechanics without Enigma, Journal of Chemical Education, 60(11), 963-965


Wright, J.C., Zielinski, T.J., (1999) Franck-Condon Factors and Their Use in Undergraduate Quantum Mechanics, Journal of Chemical Education, 76(10), 1367-1373


A8.3QUANTUM CHEMISTRY – LECTURE DEMONSTRATIONS & LABORATORY

Demonstrations


Castka, J.F., (1976) Demonstrations for High School Chemistry: Uses of He-Ne Laser, Journal of Chemical Education, 53(9), 573-574


Garofalo, A., (1997) Housing Electrons: Relating Quantum Numbers, Energy Levels, and Electron Configurations, Journal of Chemical Education, 74(6), 709-710


Gupta, H.O., Parkash, B., (1999) A Novel Multipurpose Model Set for Teaching General Chemistry, Journal of Chemical Education, 76(2), 204-205


Knox, K., (1990) The H2 + Cl2 Explosion as a Chemical Analogue of the Photoelectric Effect: A True Quantum Mechanical Demonstration, Journal of Chemical Education, 67(10), 897


MacDuffie, D., (1975) A new learning aid, Education in Chemistry, 12(1), 14-15


Massey, A.G., Massey, S., (1976) Simulation of atomic and molecular orbitals, Education in Chemistry, 13(4), 111-114


Wiger, G., Dutton, M.L., Grotz, L.C., (1981) A Lecture Demonstration Model of the Quantum Mechanical Atom, Journal of Chemical Education, 58(10), 801-802

Laboratory


Bock, H., Mollère, P.D., (1974) Photoelectron Spectra – An experimental approach to teaching molecular orbital models, Journal of Chemical Education, 51(8), 506-514


Farrell, J.J., (1985) The Absorption Spectra of a Series of Conjugated Dyes – Determination of the Spectroscopic Resonance Integral, Journal of Chemical Education, 62(4), 351-352


George, W.O., Vincent, A., (1975) Atomic structure – a numbers game, Education in Chemistry, 12(2), 52-53


Gerkin, R.E., (1965) A Molecular Spectral Corroboration of Elementary Operator Quantum Mechanics, Journal of Chemical Education, 42(9), 490-491


Kuhlmann, K.F., Braun, C.L., (1969) An NMR Laboratory-Problem for Introductory Quantum Chemistry, Journal of Chemical Education, 46(11), 750-754


Shalhoub, G.M., (1997) Visible Spectra of Conjugated Dyes: Integrating Quantum Chemical Concepts with Experimental Data, Journal of Chemical Education, 74(11), 1317-1319


A8.4QUANTUM CHEMISTRY – COMPUTATIONAL IDEAS




Curriculum Changes & Delivery


Lipkowitz, K.B., (1982) A Need to Reassess Physical-Organic Curricula: A Course Enhancement Using Readily Available Quantum Chemistry Programs, Journal of Chemical Education, 59(7), 595-597


Roussel, M.R., (1999) Redesigning the Quantum Mechanics Curriculum to Incorporate Problem Solving Using a Computer Algebra System, Journal of Chemical Education, 76(10), 1373-1377


Software Programs


Bocarsly, J.R., David, C.W., (1998) Using Linux/MacroModel To Do Quantum Chemistry in the Physical Chemistry Lab, Journal of Chemical Education, 75(5), 640


Chesick, J.P., (1969) Subroutines for Evaluation of Integrals for Student Quantum Chemistry Calculations, Journal of Chemical Education, 46(7), 432-434


Colwell, S.M., Handy, N.C., (1988) The Microcomputer as a Teaching Tool for Molecular Orbital Theory, Journal of Chemical Education, 65(1), 21-27


Cuthbert, H.L., Rothstein, S.M., (1999) Quantum Chemistry without Wave Functions: Diffusion Monte Carlo Applied to H and H2+, Journal of Chemical Education, 76(10), 1378-1379


Dowty, E., (1990) ATOMS – Atomic Structure Display Software, Journal of Chemical Education, 67(6), A163


Dunbrack., R.L. Jr., (1986) Calculation of Franck-Condon Factors for Undergraduate Quantum Chemistry, Journal of Chemical Education, 63(11), 953-955


Frankel, E.C., Davis, D.D., (1973) A Computer Assisted Experiment in Quantum Mechanics, Journal of Chemical Education, 50(1), 80-81


Janis, F.T., Davis, D.D, (1973) UNIQUE – An Interactive Quantum Mechanical Program, Journal of Chemical Education, 50(9), 622


Joshi, B.D., Eilers, J.E., (1982) Computer Programs for Introductory Quantum Chemistry, Journal of Chemical Education, 59(6), 517


Lucas, J.M., Mota, F., Novoa, J.J., (1986) Theoretical Study of the Vibrational-Rotational Spectra of Diatomic Molecules – A Quantum Chemistry Experiment, Journal of Chemical Education, 63(10), 919-920


Rioux, F., (1981) Using Microcomputer Graphics to Teach Quantum Theory, Journal of Chemical Education, 58(7), 553-554


Rioux, F., (1987) Exercises in Quantum Mechanics, Journal of Chemical Education, 64(9), 789


Robiette, A.G., (1975) The Variation Theorem Applied to H2+ – A simple quantum chemistry computer project, Journal of Chemical Education, 52(2), 95-96

Wave Function Software


Blukis, U., Howell, J.M., (1983) Numerical Solution of the One-Dimensional Schrödinger Equation, Journal of Chemical Education, 60(3), 207-211


Breneman, G.L., Parker, O.J., (1992) Teaching Quantum Mechanics with Theorist, Journal of Chemical Education, 69(1), A4-A7


Cedillo, A., (2000) Quantum Mechanical Tunnelling through Barriers: A Spreadsheet Approach, Journal of Chemical Education, 77(4), 528-531


Hansen, J.C., Kouri, D.J., Hoffman, D.K., (1997) A Spreadsheet Template for Quantum Mechanical Wavepacket Propagation, Journal of Chemical Education, 74(3), 335-342


Kubach, C., (1983) Illustration of Quantization and Perturbation Theory Using Microcomputers, Journal of Chemical Education, 60(3), 212-213


Nielsen, L.D., (1978) A simplified quantum mechanical model of diatomic molecules, American Journal of Physics, 46(9), 889-892


Rioux, F., (1991) Quantum Mechanics with a Spreadsheet, Journal of Chemical Education, 68(11), A282-A283


Rioux, F., (1992) Quantum Mechanics Using Mathcad 3.0, Journal of Chemical Education, 69(9), A240-A244


Rioux, F., (1997) Enriching Quantum Chemistry with Mathcad (for Macintosh), Journal of Chemical Education, 74(8), 1016


Tanner, J.J., (1990) A Computer-Based Approach to Teaching Quantum Dynamics, Journal of Chemical Education, 67(11), 917-921

Atomic Structure & Orbital Programs


Barnea, N., Dori, Y.J., (1996) Computerized Molecular Modeling as a Tool To Improve Chemistry Teaching, Journal of Chemical Information and Computer Sciences, 36, 629-636


Duke, B.J., (1972) Use of the Hückel Molecular Orbital Computer Programs in Teaching, Journal of Chemical Education, 49(10), 703-704


Dykstra, C.E., Schaefer III, H.F., (1977) Instructional Approach to Molecular Electronic Structure Theory, Journal of Chemical Education, 54(5), 310-311


Fleming, S.A., Hart, G.R., Savage, P.B., (2000) Molecular Orbital Animations for Organic Chemistry, Journal of Chemical Education, 77(6), 790-793


Hyde, R.T., Shaw, P.N., Jackson, D.E., Woods, K., (1995) Integration of Molecular Modelling Algorithms with Tutorial Instruction, Journal of Chemical Education, 72(8), 699-702


Piela, R., Huggins, E., (1975) Classical covalent bond, American Journal of Physics, 43(6), 482-485


Reimers, J.R., Bacskay, G.B., Nordholm, S., (1997) Two Programs for PC-Compatibles: Abstract of Volume 10B, No. 2, Journal of Chemical Education, 74(12), 1503-1504


Shusterman, G.P., Shusterman, A.J., (1997) Teaching Chemistry with Electron Density Models, Journal of Chemical Education, 74(7), 771-776

Web


Bögel, H., Laube, U., Dettmann, J., Manturzyk, P., Steinborn, D., (1998) Education in quantum and structural chemistry on the WWW – a multimedia project, Journal of Molecular Structure, 463, 219-224


Mosley, D.H., Andre, J., (1997) Use of JavaScript in simple quantum-chemical applications, Journal of Molecular Structure, 419, 57-62


A8.5QUANTUM CHEMISTRY – TEXT BOOK DISCUSSION




Book Reviews


Carlton, T.S., (1999) Molecular Quantum Mechanics, 3rd Edition, Journal of Chemical Education, 76(2), 170-171, book review of Atkins, P.W., Friedman, R.S., (1997) ???


McCallum, C.M., (1997), Quantum mechanics, Journal of Chemical Education, 74(3), 343, book review of Robinett, R.W., (1997), Quantum Mechanics: Classical Results, Modern Systems, and Visualized Examples, Oxford University Press, New York


McCallum, C.M., (1998) Quantum Mechanics in Chemistry, Journal of Chemical Education, 75(12), 1556-1557, book review of Simons, J., Nichols, J., (1997) Topics in Physical Chemistry Series, Oxford University Press, New York


Shiland, T.W., (1995) What’s the Use of All this Theory? The Role of Quantum Mechanics in High School Chemistry Textbooks, Journal of Chemical Education, 72(3), 215-219


Shiland, T.W., (1997) Quantum Mechanics and Conceptual Change in High School Chemistry Textbooks, Journal of Research in Science Teaching, 34(5), 535-545


Suidan, L., Badenhoop, J.K., Glendening, E.D., Weinhold, F., (1995) Common Textbook and Teaching Misrepresentations of Lewis Structures, Journal of Chemical Education, 72(7), 583-586


A8.6QUANTUM CHEMISTRY – EDUCATION RESEARCH



Birk, J.P., Kurtz, M.J., (1999) Effect of Experience on Retention and Elimination of Misconceptions about Molecular Structure and Bonding, Journal of Chemical Education, 76(1), 124-128


Blanco, R., Niaz, M., (1998) Baroque Tower on a Gothic Base: A Lakatosian Reconstruction of Students’ and Teachers’ Understanding of Structure of the Atom, Science and Education, 7, 327-360


Furió, C., Calatayud, L., (1996) Difficulties with the Geometry and Polarity of Molecules – Beyond Misconceptions, Journal of Chemical Education, 73(1), 36-41


Keig, P.F., Rubba, P.A., (1993) Translation of Representation of the Structure of Matter and its Relationship to Reasoning, Gender, Spatial Reasoning, and Specific Prior Knowledge, Journal of Research in Science Teaching, 30(8), 883-903


Noh, T., Scharmann, L.C., (1997) Instructional Influence of a Molecular-Level Pictorial Presentation of Matter on Students’ Conceptions and Problem-Solving Ability, Journal of Research in Science Teaching, 34(2), 199-217


Peterson, R.F., Treagust, D.F., (1989) Grade-12 Students’ Misconceptions of Covalent Bonding and Structure, Journal of Chemical Education, 66(6), 459-460


Taber, K.S., (1997) Student understanding of ionic bonding: molecular versus electrostatic framework?, School Science Review, 78(285), 85-95


Tsai, C., (1998) An analysis of Taiwanese eighth graders’ science achievement, scientific epistemological beliefs and cognitive structure outcomes after learning basic atomic theory, International Journal of Science Education, 20(4), 413-425


Tsaparlis, G., (1997) Atomic Orbitals, Molecular Orbitals and Related Concepts: Conceptual Difficulties Among Chemistry Students, Research in Science Education, 27(2), 271-287



APPENDIX 8 223

Quantum Chemistry Literature Review 223

A8.1 QUANTUM CHEMISTRY – HISTORY 224

A8.2 QUANTUM CHEMISTRY – TEACHING CONCEPTS 224

Interpretations 224

Bonding & Structure 225

Atoms 225

Orbitals 226

Mathematics 226

Specific 227

A8.3 QUANTUM CHEMISTRY – LECTURE DEMONSTRATIONS & LABORATORY 229

Demonstrations 229

Laboratory 230

A8.4 QUANTUM CHEMISTRY – COMPUTATIONAL IDEAS 230

Curriculum Changes & Delivery 230

Software Programs 232

Wave Function Software 232

Atomic Structure & Orbital Programs 233

Web 234

A8.5 QUANTUM CHEMISTRY – TEXT BOOK DISCUSSION 234

Book Reviews 234

A8.6 QUANTUM CHEMISTRY – EDUCATION RESEARCH 234




A8-

Добавить в свой блог или на сайт

Похожие:

Appendix 8 Quantum Chemistry Literature Review iconAppendix 9 Quantum Physics Literature Review

Appendix 8 Quantum Chemistry Literature Review iconBooks on Quantum Chemistry

Appendix 8 Quantum Chemistry Literature Review iconAppendix a: the super system review panel

Appendix 8 Quantum Chemistry Literature Review iconChem3117/3917 spectroscopy & quantum chemistry

Appendix 8 Quantum Chemistry Literature Review iconI. Literature Review

Appendix 8 Quantum Chemistry Literature Review iconI. Literature Review

Appendix 8 Quantum Chemistry Literature Review iconChem 614 quantum chemistry fall 2002

Appendix 8 Quantum Chemistry Literature Review iconReview of Research Literature

Appendix 8 Quantum Chemistry Literature Review iconAppendix 2: Full-text papers assessed for eligibility but excluded from the review

Appendix 8 Quantum Chemistry Literature Review iconChapter 1 Introduction and Literature Review


Разместите кнопку на своём сайте:
lib.convdocs.org


База данных защищена авторским правом ©lib.convdocs.org 2012
обратиться к администрации
lib.convdocs.org
Главная страница