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¡¤ ±³Àç¸í : Introduction to Quantum Mechanics (3rd)
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¡¤ ÃâÆÇ»ç : Cambridge University Press
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0°­ OT 15ºÐ
1°­ [7-1] Time-Independent Perturbation Theory (Non-degenerate) °íÈ­Áú 40ºÐ
2°­ [7-2] Time-Independent Perturbation Theory (Degenerate) °íÈ­Áú 28ºÐ
3°­ [7-3] Time-Independent Perturbation Theory (¿¹Á¦Ç®ÀÌ) °íÈ­Áú 54ºÐ
4°­ [7-4] Hyperfine structure - Relativistic correction 31ºÐ
5°­ [7-5] Hyperfine structure - Relativistic correction (¿¹Á¦Ç®ÀÌ) 39ºÐ
6°­ [7-6] Fine structure : Spin orbit coupling 42ºÐ
7°­ [7-7] Fine structure : Spin orbit coupling (¿¹Á¦Ç®ÀÌ) 21ºÐ
8°­ [7-8] Zeeman effect 39ºÐ
9°­ [7-9] Hyperfine Splitting 50ºÐ
10°­ [8-1] Variational Principle 37ºÐ
11°­ [8-2] Ground State Of Helium 30ºÐ
12°­ [8-3] Hydrogen molecule ion 51ºÐ
13°­ [8-4] Hydrogen molecule 51ºÐ
14°­ [9-1] WKB Approximation - Classical region 37ºÐ
15°­ [9-2] WKB Approximation - Tunneling 41ºÐ
16°­ [9-3] WKB Approximation - Connection formula 35ºÐ
17°­ [9-4] WKB Approximation - Connection formula (¿¹Á¦Ç®ÀÌ) 30ºÐ
18°­ [10-1] Scattering - Theory 56ºÐ
19°­ [10-2] Scattering - Partial wave 59ºÐ
20°­ [10-3] Scattering - Phase shift 37ºÐ
21°­ [10-4] Born Approximation Integral form Schrödinger equation 58ºÐ
22°­ [10-5] Born Approximation 46ºÐ
23°­ [11-1] Time - Pependent Perturbation 41ºÐ
24°­ [11-2] Sinusoidal Perturbation / Emission, Absorption 55ºÐ
25°­ [11-3] Slection Rule / Fermi's Golden rule 61ºÐ
26°­ [11-4] Adiabatic Approximation 72ºÐ
27°­ [12] Afterword 79ºÐ