Documentation #726

Envelope task #966: === Theory & Manual ===

Documentation #976: Derive scalar and polarized wave equation for both X-rays and neutrons, and choose appropriate notation.

Documentation #983: Integrate SpecularReflectivity note into the User Manual.

Review calculation of R,T coefficients for magnetic case

Added by herck over 5 years ago. Updated over 4 years ago.

Status:BacklogStart date:09 Jul 2014
Priority:NormalDue date:
Assignee:-% Done:

0%

Category:-
Target version:-

Description

As part of the refactoring for curing the instabilities caused by thick layers, the scalar calculation for R, T coefficients was adapted.
A similar adaptation should be done for the magnetic case: see class SpecularMagnetic.

History

#1 Updated by herck almost 5 years ago

  • Status changed from Backlog to Sprint
  • Target version set to Sprint 25

#2 Updated by herck almost 5 years ago

  • Assignee set to herck

#3 Updated by pospelov over 4 years ago

  • Status changed from Sprint to Backlog
  • Assignee deleted (herck)

#4 Updated by pospelov over 4 years ago

  • Target version deleted (Sprint 25)

#5 Updated by herck over 4 years ago

  • Target version set to Sprint 26

#6 Updated by pospelov over 4 years ago

  • Status changed from Backlog to Sprint

#7 Updated by herck over 4 years ago

  • Assignee set to herck

#8 Updated by herck over 4 years ago

  • Status changed from Sprint to Backlog
  • Assignee deleted (herck)
  • Target version deleted (Sprint 26)

Further progress requires use of Mathematica

#9 Updated by wuttke over 4 years ago

  • Parent task set to #966

#10 Updated by wuttke over 4 years ago

  • Parent task changed from #966 to #983

Preconditions:
- Derive polarized wave equation for neutrons and X-rays (#976).
- Extend SpecularReflectivity note to polarized radiation (#983).

#11 Updated by herck over 4 years ago

  • Tracker changed from Feature to Documentation

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