- Meetings and Events
- April 2-4, 2007 - Athens Meeting on NMDB
- September 28, 2007 - NMDB Athens un-official Kick-off Meeting
- January 17-19, 2008 - NMDB Paris Kickoff Meeting
- July 10, 2008 - NMDB phone conference
- September 13, 2008 - NMDB Kosice Meeting
- the November 13, 2008 WP4 NMDB teleconference
- December 3-5, 2008 - NMDB Kiel midterm Meeting
- April 6, 2009 - NMDB phone conference
- May 4, 2009 - NMDB phone conference
- June 4, 2009 - NMDB phone conference
- July 12, 2009 - meeting at ICRC
- September 2, 2009 - NMDB phone conference
- September 14-19, 2009 Athens Greece NMDB Training Course "Cosmic rays and neutron monitors: A training course in science and applications"
- 1st announcement of the NMDB Training Course
- 2nd announcement of the NMDB Training Course
- Cosmic ray interaction with the Earth’s atmosphere and environment (Erwin O. Flueckiger)
- Cosmic rays and climate - causal relationships? (Ilya Usoskin)
- Neutron monitors (NMs) (Rolf Buetikofer)
- Neutron monitors-Worldwide Networks (Helen Mavromichalaki)
- Origin and propagation of galactic cosmic rays (Klaudia Herbst and Bernd Heber)
- Origin of solar cosmic rays: flares, CMEs, SEP events (Karl-Ludwig Klein)
- Particle detectors measuring fluxes of cosmic rays on Earth’s surface. (A. Chilingarian)
- Particle propagation in magnetic fields: Heliosphere, Earth's Magnetosphere (Karel Kudela)
- Space Weather and the Earth’s Magnetosphere (I.A. Daglis, Athens)
- The heliosphere and galactic cosmic rays: modulation, Forbush decreases (Anatoly Belov)
- Heliospheric magnetic field: models and observations (Robert Wimmer-Schweingruber)
- October 16, 2009 - NMDB phone conference
- December 3-5, 2009 - NMDB Athens final Meeting
- November 03, 2009 - NMDB phone conference
- March 11-13, 2011 - Athens NMDB Workshop on Data Quality
- 24-26 November, 2012, - NMDB Meeting, Athens, Greece
Heliospheric magnetic field: models and observations (Robert Wimmer-Schweingruber)
1.) Solar wind - proof of existence, general properties
2.) General properties of the interplanetary magnetic field
3.) The frozen-in magnetic field approximation
4.) Archimedian or Parker spiral
5.) Observations at 1 AU, distributions around the expected Parker angle
6.) Fast and slow wind and the formation of CIRs
7.) Disturbing the field - Coronal Mass Ejections
8.) Solar origin of the magnetic field, dynamo, Hale's law
9.) A simple coupled dynamo model and consequences for the Sun
10.) The solar magnetic cycle and implications for heliospheric structure
11.) Complications 1: The hairy-ball appoximation to coronal fields
12.) Complications 2: Models that allow perpendicular transport (Fisk, Jokipii)
13.) Summary

