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Effective Method to the Renormalized Finite Quantity of the Meson Loop Propagator (I)
作者姓名:ZHANG  Zhong-can~
摘    要:By using the Lorentz invariable coupling model of interaction between neutral meson and nucleon (antinucleon), Feynman convergence integral method is often used to deal with the finite quantity of one-loop correction scheme. On the basis of analyzing, discussing and researching the method, a new method is found. That is the large momentum integral limitation method. With the effective method, we obtain the integral convergence formulation for the finite quantity, by deducting-dimensionally calculating the finite quantity gained after renormalizing the meson loop propagator.

关 键 词:meson  one-loop  propagator  meson  chain  propagator  moment  renormalization  reynman  convergence  integral  large  moment  integral  limitation
修稿时间:9/5/2004 12:00:00 AM

Effective Method to the Renormalized Finite Quantity of the Meson Loop Propagator (I)
ZHANG Zhong-can.Effective Method to the Renormalized Finite Quantity of the Meson Loop Propagator (I)[J].Storage & Process,2005(2):119-123.
Authors:ZHANG Zhong-can
Institution:ZHANG Zhong-can~
Abstract:By using the Lorentz invariable coupling model of interaction between neutral meson and nucleon (antinucleon), Feynman convergence integral method is often used to deal with the finite quantity of one-loop correction scheme. On the basis of analyzing, discussing and researching the method, a new method is found. That is the large momentum integral limitation method. With the effective method, we obtain the integral convergence formulation for the finite quantity, by deducting-dimensionally calculating the finite quantity gained after renormalizing the meson loop propagator.
Keywords:meson one-loop propagator  meson chain propagator  moment renormalization  reynman convergence integral  large moment integral limitation
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