2McDermott LC. Students'Conceptions and Problem Solving in Mechanics [M]. IPEC. 1998.
3O″ zmen H . Some Student Misconceptions in Chemistry: A Literature Review of Chemical Bonding [J]. Journal of Science Education & Technology, 2004, 13: 147-159.
4Hammer D. Student Resources for Learning Introductory Physics [J]. American Journal of Physics, 2000, 68: 52- 59.
5DiSessa A A. Toward An Epistemology of Physics [J]. Cognition &Instruction, 1993, 10: 105-225.
6Chi M T H, Slotta J D, deLeeuw N. From Things to Processes: A Theory of Conceptual Change for Learning Science Concepts [J]. Learning & Instruction, 1994, 4: 27--43.
7Vosniadou S, Skopeliti I, Ikospentaki K. Reconsidering the Role of Artifacts in Reasoning: Children's Understanding of the Globe As A Model of the Earth [J].Learning & Instruction, 2005, 15: 333--351.
8Hamza K M, Wickman P-O. Describing and Analyzing Learning in Action.. An Empirical Study of the Importance of Misconceptions in Learning Science [J]. Science Education, 2007, 92:141-164.
9Posner G J , Strike K A , Hewson P W, Gertzog W P. Accommodation of A Scientific Conception.. Toward A Theory of Conceptual Change [J]. Science Education, 1982, 66:211--227.
10Strike K A, Posner G J. A Revisionist Theory of Conceptual Change [A]. R A Duschl, R J Hamilton. Phi losophy of Science, Cognitive Psychology, and Educational Theory and Practice [C]. New York: State Uni versity of New York Press. 1992.
