- 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
Neutron monitors (NMs) (Rolf Buetikofer)
1.) Invention/development of the NM
2.) NM design: counter tubes, producer, moderator, reflector
3.) Electronic circuits / data-taking systems
4.) Physics of NM
5.) Contribution of different components to total counting rate; multiplicities
6.) Response of NM (yield, response and coupling functions)
7.) Variation of the NM count rate with latitude and altitude
8.) Meteorological and environmental effects (snow, wind, barometric pressure)
9.) Longterm stability of NMs and reliability of data

