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 · 1575 days ago 0 268
Professional Authors' Comments:
Order by: 
Per page: 
 
  • There are no comments yet
Library guests comments




Actions
Rate
0 votes
Link
Permanent link to this publication:

https://library.ee/blogs/entry/Курс-лекций-I-вып-2-Спин-орбитальные-взаимодействия-при-рассеянии-протонов


© library.ee
 
Library Partners

LIBRARY.EE - Digital Library of Estonia

Create your author's collection of articles, books, author's works, biographies, photographic documents, files. Save forever your author's legacy in digital form. Click here to register as an author.
Курс лекций I, вып. 2 Спин-орбитальные взаимодействия при рассеянии протонов
 

Editorial Contacts
Chat for Authors: EE LIVE: We are in social networks:

About · News · For Advertisers

Digital Library of Estonia ® All rights reserved.
2014-2024, LIBRARY.EE is a part of Libmonster, international library network (open map)
Keeping the heritage of Estonia


LIBMONSTER NETWORK ONE WORLD - ONE LIBRARY

US-Great Britain Sweden Serbia
Russia Belarus Ukraine Kazakhstan Moldova Tajikistan Estonia Russia-2 Belarus-2

Create and store your author's collection at Libmonster: articles, books, studies. Libmonster will spread your heritage all over the world (through a network of affiliates, partner libraries, search engines, social networks). You will be able to share a link to your profile with colleagues, students, readers and other interested parties, in order to acquaint them with your copyright heritage. Once you register, you have more than 100 tools at your disposal to build your own author collection. It's free: it was, it is, and it always will be.

Download app for Android