CR+Project+for+F-+DH

Main CR Sensitivity Project

=Study of Letter F=


 * Step 1- Run flux study and find the detectors geometries for all shools with letter** __**F**__
 * Detector # 142 ||
 * Detector # 181 ||
 * Detector # 6108 ||
 * Detector # 140 ||
 * Detector # 6131 ||

 **Step 2- Create a map with the latitude and longitud of the detectors' location** media type="googlemap" key="http://maps.google.com/maps/ms?ie=UTF8&hl=en&msa=0&msid=115329951770286873850.00044cd0737a0f5ac1c46&ll=23.643974,-61.159902&spn=47.287948,122.319803&output=embed&s=AARTsJrZiJa-B9fyiXAd-nraa540n_zq_w" width="425" height="350"  **Step 3- Upload map to the share map** media type="googlemap" key="http://maps.google.com/maps/ms?ie=UTF8&hl=en&msa=0&msid=102066346432112599766.00044cbbd529af3dabe0f&ll=0,-104.60092&spn=47.287948,122.319803&output=embed&s=AARTsJpb9F4aV5_lfAv6zz84bW1roZ-OzQ" height="200" width="200"

**Step 4- Propose a case of study**
I- Theory II- Thesis III - Plan
 * The cosmic rays hit earth just as the soalr rays are known --> more towards the equator due to the tilt = more to the center and barely to the poles.
 * that explains the fluctuation of TEC in the Equatorial area between the day and the night; as well as the stability and consistency of the poles TEC
 * Because of the tilt on earth and the rays traveling in a straight path then the poles are barely missed because of the ray path.
 * Look at the TEC of detectors in the middle and on the poles
 * because it is more distance the electrons an disperse
 * source to use [|Google earth] and/ or [|Space Weather]