NSRL Data Library for Run 07A

This is the data repository for transferring data files out of NSRL.  It is organized by Run, Ion Species, Energy and Date.

For help in downloading this information, contact the NSRL Liaison Physicist. 

(See the key for understanding the data format of the following files)

Ion Species Energy Date Beam Condition Target Trigger File Type Processed
 Fe 1000 24 April 2007 Pencil Beam, ~5000 Ions per spill  Empty Upstream Fe ascii Yes
 Fe 1000 24 April 2007 Pencil Beam, ~5000 Ions per spill Lunar Regolith 5 g/cm2 Upstream Fe ascii Yes
 Fe 1000 24 April 2007 Pencil Beam, ~5000 Ions per spill Lunar Regolith 10 g/cm2 Upstream Fe ascii Yes
 Fe 1000 24 April 2007 Pencil Beam, ~5000 Ions per spill Lunar Regolith 15 g/cm2 Upstream Fe ascii Yes
 Fe 1000 24 April 2007 Pencil Beam, ~5000 Ions per spill Lunar Regolith 20 g/cm2 Upstream Fe ascii Yes
 Fe 1000 24 April 2007 Pencil Beam, ~5000 Ions per spill Lunar Regolith 25 g/cm2 Upstream Fe ascii Yes
 Fe 1000 24 April 2007 Pencil Beam, ~5000 Ions per spill Lunar Regolith 30 g/cm2 Upstream Fe ascii Yes
 Fe 1000 24 April 2007 Pencil Beam, ~5000 Ions per spill Lunar Regolith 35 g/cm2 Upstream Fe ascii Yes
 Fe 1000 24 April 2007 Pencil Beam, ~5000 Ions per spill Lunar Regolith 40 g/cm2 Upstream Fe ascii Yes
 Fe 1000 24 April 2007 Pencil Beam, ~5000 Ions per spill Lunar Regolith 45 g/cm2 Upstream Fe ascii Yes
 Fe 1000 24 April 2007 Pencil Beam, ~5000 Ions per spill Lunar Regolith 50 g/cm2 Upstream Fe ascii Yes
 Fe 1000 24 April 2007 Pencil Beam, ~5000 Ions per spill Lunar Regolith 55 g/cm2 Upstream Fe ascii Yes
 Fe 1000 24 April 2007 Pencil Beam, ~5000 Ions per spill Lunar Regolith 60 g/cm2 Upstream Fe ascii Yes
 Fe 1000 24 April 2007 Pencil Beam, ~5000 Ions per spill Lunar Regolith 65 g/cm2 Upstream Fe ascii Yes
 Fe 1000 24 April 2007 Pencil Beam, ~5000 Ions per spill Lunar Regolith 70 g/cm2 Upstream Fe ascii Yes
 Fe 1000 24 April 2007 Pencil Beam, ~5000 Ions per spill Lunar Regolith 75 g/cm2 Upstream Fe ascii Yes
 Fe 1000 24 April 2007 Pencil Beam, ~5000 Ions per spill 35 cm of empty tubes Upstream Fe ascii Yes
 Fe 1000 24 April 2007 Pencil Beam, ~5000 Ions per spill Lunar Simulant 10 g/cm2 Upstream Fe ascii Yes

For data taken on May 3-4 2007, see the following Key.

Ion Species Energy Date Beam Condition Detector Configuration Target Trigger File Type Processed
Fe 1000 3 May 2007 Pencil Beam, ~1000 ions per spill 0 degrees Aluminum, 10 g/cm2 Upstream Fe ascii No
Fe 1000 4 May 2007 Pencil Beam, ~1000 ions per spill 0 degrees Aluminum, 10 g/cm2 Upstream Fe ascii No
Fe 1000 4 May 2007 Pencil Beam, ~1000 ions per spill 0 degrees Aluminum, 20 g/cm2 Upstream Fe ascii No
Fe 1000 4 May 2007 Pencil Beam, ~1000 ions per spill 0 degrees Aluminum, 20 g/cm2 Upstream Fe ascii No
Fe 1000 4 May 2007 Pencil Beam, ~1000 ions per spill 0 degrees Polyethylene, 10 g/cm2 Upstream Fe ascii No
Fe 1000 4 May 2007 Pencil Beam, ~1000 ions per spill 0 degrees Polyethylene, 20 g/cm2 Upstream Fe ascii No
Fe 1000 4 May 2007 Pencil Beam, ~1000 ions per spill 0 degrees Empty Upstream Fe ascii No
Fe 1000 4 May 2007 Pencil Beam, ~1000 ions per spill 20 degrees Aluminum, 20 g/cm2 Scattered track scintillator ascii No
Fe 1000 4 May 2007 Pencil Beam, ~1000 ions per spill 20 degrees Aluminum, 10 g/cm2 Scattered track scintillator ascii No
Fe 1000 4 May 2007 Pencil Beam, ~1000 ions per spill 20 degrees Polyethylene, 10 g/cm2 Scattered track scintillator ascii No
Fe 1000 4 May 2007 Pencil Beam, ~1000 ions per spill 20 degrees Polyethylene, 20 g/cm2 Scattered track scintillator ascii No

 

For data taken on 30 March 2007 and 2 April 2007.  In these files, only the fourth entry is meaningful.  It is a scaler that records the number of beam particles (Fe or H) passing through a 1cm x 1cm plastic scintillator.  The scaler is not reset, so it accumulates the total number of triggers throughout the run. 

Ion Species Energy Date Detector Configuration Target File Type
Fe 1000 2 April 2007 RAD 0 cm PE ascii
Fe 1000 2 April 2007 RAD 10 cm PE ascii
Fe 1000 2 April 2007 RAD 3 cm PE ascii
Fe 1000 2 April 2007 RAD 3 cm PE ascii
Fe 1000 2 April 2007 RAD 10 cm PE ascii
H 1000 30 March 2007 RAD 0 degree 3.E ascii
H 1000 30 March 2007 RAD 0 degree 4.E ascii
H 1000 30 March 2007 RAD 0 degree 5.E ascii
H 1000 30 March 2007 RAD 25-90 degree 1.E ascii
H 1000 30 March 2007 RAD 25 degree 1.E ascii
H 1000 30 March 2007 RAD 25 degree 2.E ascii
H 1000 30 March 2007 RAD 25 degree 3.E ascii
H 1000 30 March 2007 RAD 90 degree 1.E ascii
H 1000 30 March 2007 RAD 90 degree 2.E ascii
H 1000 30 March 2007 RAD 90 degree 3.E ascii
H 250 30 March 2007 RAD 0 degree 25 cm PE 1.E ascii
H 250 30 March 2007 RAD 0 degree 30 cm PE 1.E ascii
H 250 30 March 2007 RAD 0 degree 34 cm PE 1.E ascii
H 250 30 March 2007 RAD 0 degree 1.E ascii
H 250 30 March 2007 RAD 180 degree 0 cm PE 1.E ascii
H 250 30 March 2007 RAD 180 degree 25 cm PE 1.E ascii
Fe 1000 4 May 2007 RAD 0 PE ascii
Fe 1000 5 May 2007 RAD 20 cm PE ascii

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Last Modified: February 1, 2008
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