ADVANCES IN MECHANICS Jan. 25, Newton ( ) ,., Newton. , Euler, d Alembert. Lagrange,, , Hamilton ( )
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1 39 1 Vol. 39 No ADVANCES IN MECHANICS Jan. 25, 2009 *, Noether, Lie,, Lagrange,,.,,, Newton ( ), 3,., Newton d Alembert ( ), Newton, d Alembert Lagrange ( ), Euler, d Alembert,, Lagrange,, 2 Lagran , Hamilton ( ), Hamilton, Hamilton, 3 Hamilton Hertz,, 4. Hamilton, Birkhoff, Hamilton Birkhoff, [1] Santilli II, Hamilton Birkhoff, Birkhoff, Birkhoff Hamilton [2]. Birkhoff , Pauli, Martin Hamilton Hamilton. Hamilton Hamilton,, [3]. Hamilton 5.,, 1.,. [4], Hamilton,,. 1, 1.1 Birkhoff ; 1.2 Birkhoff Hamilton ; 1.3 Birkhoff? : , : ( , ) meifx@bit.edu.cn
2 Newton 3 :,. 3. Lagrange Hamilton Lagrange Hamilton,.,,.,., Newton,,. [5 7],,,, ( ),. Birkhoff,, Birkhoff, Birkhoff, ,, Birkhoff 3. 3,,,?, Newton, Lagrange Hamilton,, Noether [8], Noether. Hamilton. Noether [9]. [10], Noether, Lie,, Lagrange,. 2 Noether. Noether Hamilton. Noether ;, Noether. Noether.,. Noether, Birkhoff.
3 1 : 39 Lagrange Noether E s (L) = 0, s = 1,, n (1) E s = d dt (2) q s L ξ 0 + X (1) (L) + ĠN = 0 (3) X (1) = ξ 0 t + ξ s + q s ( ξs q s ξ0 ) (4) ξ 0, ξ s, Noether I N = Lξ 0 + L (ξ s q s ξ 0 ) + G N = (5) Noether ξ 0, ξ s G N = G N (t, q, q), (5). Noether. Lagrange, Noether, (5) [11,12]., Noether, [13 15], (5). [2,9,16 18]. Birkhoff Noether Noether?., Lagrange, Lagrange [19,20], Hamilton [6,9,11,14,21]. Noether, Noether, Noether t, q, q 2.3 Noether Noether. Noether?, Noether : Noether Noether,.,, Noether, Killing. Noether, [19,20,22 25], [23,26]. 3 Lie., Lie Lie, [27 29] Lutzky Lie [30]. Prince [31] Kepler Lie. [32] Lie. [33 39] Birkhoff Lie., Lie Noether Noether. Lie. Hojman1992 [40], Lagrange Hamilton. Hojman [41 47]. Lagrange (1), Lie q s = F s (t, q, q) (6) ξ s q s ξ0 2 ξ 0 F s = X (1) (F s ) (7), (7) d d dt dt ξ s = F s q k ξ k + F s q k d dt ξ k (8) d dt = t + q s + F s (9) q s Hojman, µ = µ (t, q, q) I H = 1 (µξ s ) + 1 µ q s µ F s + d ln µ = 0 (10) dt. ( µ d ) dt ξ s = (11) Lie (8) (11)., Hojman Noether [48].
4 Hojman, Lagrange Hamilton.,. Noether Lie Hojman. Lie. 3.1 [48]? 3.2 Hojman Noether, Noether., Noether, Noether? 4, Lagrange, Hamilton,,, Birkhoff,. L = L Lagrange (1), Lagrange ) (t, q, dq dt = L (t, q, q)+εx (1) (L)+O ( ε 2) (12) (12) (1), ε 2, G F } E s {X (1) (L) = 0 (13) = G F (t, q, q) X (1) (L) d dt ξ 0 + X { } (1) X(1) (L) + d dt G F = 0 (14) X (1) = ξ 0 t + ξ s + q s I F = X (1) (L) ξ 0 + X (1) (L) ( ) d dt ξ d s q s dt ξ 0 (15) (ξ s q s ξ 0 )+G F = (16),, (16)., 2000 [49]., Lie, Noether, [50 78]. Mei, [50 57,59 63,68,74,76,77].. (13), (14) (16). Noether Lie (16). Noe- ther Noether, Lie Hojman [78] (16) Noether, Noether. Noether, Noether? 4.2 [19,20] Noether? 3, 2, NS Noether, LS Lie, FI. 5 Lagrange 2 NS, LS, FI [2], Lagrange L = 1 2 ( q 2 q 2) (17) L 1 = 1 6 q3 cos t q q2 sin t q 2 q cos t (18) L 2 = 2 q q arctan q q ln ( q 2 + q 2) (19) q + q = 0 (20) (17) d L dt q L q = ( q + q) SA (21)
5 1 : 41 d L dt q L q = [I (t, q, q) ( q + q) SA ] SA (22) I I 1 = q cos t + q sin t = c 1 (23) I 2 = ( q 2 + q 2) 1 = c2 (24), (18) (17), (19) (17) Lagrange, (23), (24) Currie Saletan Lagrange, [79] Hojman Harleston [80]. [9] Lagrange,. [81] Lagrange. Birkhoff, Birkhoff [82]. Lagrange Noether, Lie,, Lagrange,., Birkhoff, Birkhoff Birkhoff,. 5.1 Lagrange. Lagrange Lagrange, Lagrange? 5.2 Birkhoff,? 5.3 Lagrange Noether, Noether, Noether, Noether? 6 [18] Birkhoff, Lie.. Birkhoff Ω µν ȧ ν B a µ R µ = 0 (25) t Ω µν = R ν a µ R µ a ν (26) Birkhoff, B = B (t, a) Birkhoff, R µ (t, a) Birkhoff. t = t + εξ 0 (t), a µ = a µ + εξ µ (t, a) (27) F µ = Ω µν ȧ ν B a µ R µ t (28) X (1) F µ = δ ν µf ν, µ, ν = 1,, 2n (29), [18] det ( δ ν µ) 0 (30) (27) Birkhoff Lie, δµ ρ = (SΩ µν ) Ω νρ ξ ν + Ω µν a l Ω lρ δµ ρ ξ 0 t µ, ν, l, ρ = 1,, 2n (31) S = (ξ µ ȧ µ ξ 0 ) a µ (32) Birkhoff Lie ξ 0 = ξ 0 (t), ξ µ = ξ µ (t, a), (31) δ ρ µ., Birkhoff Noether Lie [78],, Noether, (31) δ ρ µ, Noether Noether., Noether. 7,,.., 1.1, 1.2, 1.3, 2.1, 2.2, 2.3, 3.1, 3.2, 4.1, 4.2, 5.1, 5.2, 5.3, 6.1, 6.2.
6 Birkhoff G D. Dynamical Systems. Providence RI: AMS College Publ, Santilli R M. Foundations of Theoretical Mechanics. NewYork: Springer-Verlag, ,,.. :.. :, ,,.. :, Ne mark I, Fufaev N A. Dinamika Negolonomnyh Sistem Moskva: Nauka, :, , 1991, 21(1): Noether E. Invariante Xariationsprobleme. Nachr Kal Ges Wiss Göttingen Math Phys K I, 1918, (Noether E..., 2005, 35(1): ) 9,.. :, ,.., 1993, 23(3): Djukić Dj S, Vujanović B D. Noether s theory in classical nonconservative mechanics. Acta Mech, 1975, 23: Bahar L Y, Kwatny H G. Extension of Noether s theorem to constrained nonconservative dynamical systems. Int J Non-Linear Mech, 1987, 22: ,. Noether., 1986, 6(3): :, , 1989, 21(1): Mei F X. The Noether s theory of Birkhoffian systems. Science in China, Serie A, 1993, 36(12): ,,,. Birkhoff. :, Galiullin A S, Gafarov G G, Mala xka R P, Hvan A M. Anali tiqeska Dinamika Sistem Gelьmgolьca, Birkgofa, Nambu. Moskva: UFN, Arnold V I. Mathematical Methods of Classical Mechanics. New York: Springer-Verlag, José J V, Saletan E J. Classical Dynamics: A Contemporary Approach. Cambridge: Cambridge Univ Press, Bogoliubov N N, Shirkov D V. Introduction to the Theory of Quantized Fields. NewYork: Wiley, Crampin M. Tangent bundle geometry for Lagrangian dynamics. J Phys A: Math Gen, 1983, 16: Marsden J E, Ratiu T S. Introduction to Mechanics and Symmetry. NewYork: Springer-Verlag, De León M, Rodrigues P R. Methods of Differential Geometry in Analytical Mechanics. Amsterdam: NHPC, ,,.. :, ,,. : Lagrange., 2004, 34(4): Olver P J. Applications of Lie Groups to Differential Equations. NewYork: Springer-Verlag, Bluman G W, Kumei S. Symmetries and Differential Equations. NewYork: Springer-Verlag, Ibragimov N H. CRC Handbook of Lie Analysis of Differential Equations. Boca Raton: CRC Press, Lutzky M. Dynamical symmetries and conserved quantity. J Phys A : Math Gen, 1979, 12(7): Prince G E, Eliezer C J. On the symmetries of the classical Kepler problem. J Phys A : Math Gen, 1981, 14: Lie., 1994, 26(3): Wu R H, Mei F X. On the Lie symmetries of the nonholonomic mechanical systems. J of BIT, 1997, 6(3): ,,. HeTaeB Lie., 1998, 30(4): Fu J L, Liu R W, Mei F X. Lie symmetries and conserved quantities of holonomic mechanical system in terms of quasi-coordinates. J of BIT, 1998, 7(3): Mei F X. Lie symmetries and conserved quantities of holonomic variable mass systems. Appl Math Mech, 1999, 20(6): Mei F X, Zhang Y F, Shang M. Lie symmetries and conserved quantities of Birkhoffian system. Mech Res Comm, 1999, 26(1): ,. Lie., 2001, 50(1): :, Hojman S A. A new conservation law constructed without using either Lagrangians and Hamiltonians. J Phys A: Math Gen, 1992, 25: L Hojman (I)., 2003, 27(3): ,. Noether Hojman., 2004, 53(3): ,,. Noether Hojman., 2004, 53(3): ,,. Birkhoff., 2004, 53(11): ,. Hojman., 2004, 53(12): ,,,. Hojman., 2004, 54(6): ,,. Chetaev Hojman., 2007, 56(2): Pillay T, Leach PGL. Comment on a theorem of Hojman and its generalizations. J Phys A: Math Gen, 1996, 26: Mei F X. Form invariance of Lagrange system. J of BIT, 2000, 9(2): Hamilton Mei, Noether Lie., 2003, 52(12): Hamilton Mei, Noether Lie., 2004, 53(1): ,,. Lagrange Hamilton Mei., 2005, 54(2): ,,. Mei., 2005, 54(2): Mei., 2005, 25(3): ,. Mei., 2005, 54(4): Mei., 2005, 54(7):
7 1 : 43 57,. Vacco Mei Lie Noether., 2005, 54(9): ,. Lie-., 2005, 54(11): ,,. Lie-Mei., 2006, 55(8): ,. Hamilton Mei., 2006, 55(8): ,. Emden Mei, Lie Noether., 2006, 55(11): Mei., 2007, 56(1): ,. Tzénoff Mei., 2007, 56(2): Wang S Y, Mei F X. On the form invariance of Nielsen equations. Chin Phys, 2001, 10(5): Wang S Y, Mei F X. Form invariance and Lie symmetry of equations of nonholonomic systems. Chin Phys, 2002, 11(1): Zhang Y, Mei F X. Form invariance for systems of generalized classical mechanics. Chin Phys, 2003, 12(10): Qiao Y F, Zhao S H, Li R J. Form invariance and conserved quantities of Nielsen equations of relativistic variable mass nonholonomic systems. Chin Phys, 2004, 13(3): Li H, Fang J H. Lie symmetry and Mei symmetry of a rotational relativistic system in phase space. Chin Phys, 2004, 13(8): Qiao Y F, Li R J, Ma Y S. Form invariance of Raitzin s canonical equations of a nonholonomic mechanical system. Chin Phys, 2005, 14(1): Mei F X, Xu X J. Form invariances and Lutzky conserved quantities for Lagrange systems. Chin Phys, 2005, 14(3): Wu H B. Lie-form invariance of Lagrange systems. Chin Phys, 2005, 14(3): Lou Z M. The parametric orbits and the form invariance of three-body in one-dimension. Chin Phys, 2005, 14(4): Xia L L, Wang J, Hou Q B, Li Y C. Lie-form invariance of nonholonomic mechanical systems. Chin Phys, 2006, 15(3): Zheng S W, Jia L Q, Yu H S. Mei symmetry of Tzénoff equations of holonomic system. Chin Phys, 2006, 15(7): Wang J, Li Y C, Xia L L, Hou Q B. Lie-form invariace of nonholonomic systems with unilateral constraints. Chin Phys, 2006, 15(8): Liu H J, Fu J L, Tang Y F. A series of non-noether conservative quantities and Mei symmetries of nonconservative systems. Chin Phys, 2007, 16(3): Fang J H, Ding N, Wang P. A new type of conserved quantity of Mei symmetry for Lagrange system. Chin Phys, 2007, 16(4): :, Currie D F, Saletan E J. q-equivalent particle Hamiltonians I. The classical one-dimensional case. J Math Phys, 1966, 7(6): Hojman S, Harleston H. Equivalent Lagrangians: multidimensional case. J Math Phys, 1981, 22(7): Mei F X, Wu H B. Symmetry of Lagrangians of nonholonomic systems. Phys Lett A, 2008, 372: Mei F X, Gang T Q, Xie J F. A symmetry and a conserved quantity for the Birkhoff system. Chin Phys, 2006, 15(8): ADVANCES IN THE SYMMETRIES AND CONSERVED QUANTITIES OF CLASSICAL CONSTRAINED SYSTEMS * MEI Fengxiang Department of Mechanics, Beijing Institute of Technology, Beijing , China Abstract This paper summarized the recent progress in the symmetries and conserved quantities of classical constrained mechanical systems. The five stages of classical mechanics are introduced and the three problems are proposed. The Noether symmetry, the Lie symmetry, the form invariance, the symmetry of Lagrangians, the conformal invariance and the conserved quantities of the systems are dsicussed, and some future research problems are proposed. Keywords classical mechanics, symmetry, conserved quantity, integral The project supported by the National Natural Science Foundation of China ( , ) meifx@bit.edu.cn
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