Курс лекций I, вып. 2 Спин-орбитальные взаимодействия при рассеянии протонов
The present lecture course is dedicated to the study of the nonrelativistic Schrödinger equation and its application in the distorted-wave Born approximation (DWBA) and coupled-channels (CC) calculations. The course also presents a relativistic model consisting of a Lorentz scalar potential (Us), and a vector potential (Uv). These potentials are treated in the same fashion as the central potential in the Schrödinger equation. Considered are examples when the Dirac equation is reduced to a Schrödinger-like one with constraints, including only the upper component of the Dirac wave function. Such a transformation is often defined as the “Schrödinger-equivalent potential”, although some researchers prefer to term it the Dirac-equation-based (DEB) optical potential.  
Eesti Online · 1336 days ago 0 182
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Курс лекций I, вып. 2 Спин-орбитальные взаимодействия при рассеянии протонов
 

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