Instructions To Potential Users
It is imperative to realize that there are stringent safety requirements connected with the use of the APRFR. All experiments will follow a written test plan approved at APRF. In order to perform an experiment with maximum usefulness and efficiency, it is essential that APRF be contacted during the early planning stages of a potential experiment. Failure to do this may result in erroneous experiment planning as regards safety and use of exposure space resulting in schedule delays, and possibly cancellation or drastic revision of the experiment.
For further information contact:
Commanding OfficerU.S. Army Ballistic Research LaboratoriesATTN: AMXRD-BTD, Facility CoordinatorAberdeen Proving Ground, Maryland 21005
Footnotes:[1]This value varies with experimental environment of core.[2]This value varies with experimental environment of core.[3]P1: Center of Glory Hole; P2: Core Surface (11.3 cm from Core Center); P3: 1 meter from Core Center.[4]These values are approximate and meant for qualitative comparison only.[5]P1: Center of Glory Hole; P2: Core Surface; P3: 1 Meter from Core Center.[6]Ionization and elastic recoil processes contribute roughly equal amounts to the total kerma.[7]P1: Center of Glory Hole; P2: Core Surface; P3: 1 Meter from Core Center.[8]Representative data. Actual values influenced by core operating history.
Footnotes:
[1]This value varies with experimental environment of core.
[1]This value varies with experimental environment of core.
[2]This value varies with experimental environment of core.
[2]This value varies with experimental environment of core.
[3]P1: Center of Glory Hole; P2: Core Surface (11.3 cm from Core Center); P3: 1 meter from Core Center.
[3]P1: Center of Glory Hole; P2: Core Surface (11.3 cm from Core Center); P3: 1 meter from Core Center.
[4]These values are approximate and meant for qualitative comparison only.
[4]These values are approximate and meant for qualitative comparison only.
[5]P1: Center of Glory Hole; P2: Core Surface; P3: 1 Meter from Core Center.
[5]P1: Center of Glory Hole; P2: Core Surface; P3: 1 Meter from Core Center.
[6]Ionization and elastic recoil processes contribute roughly equal amounts to the total kerma.
[6]Ionization and elastic recoil processes contribute roughly equal amounts to the total kerma.
[7]P1: Center of Glory Hole; P2: Core Surface; P3: 1 Meter from Core Center.
[7]P1: Center of Glory Hole; P2: Core Surface; P3: 1 Meter from Core Center.
[8]Representative data. Actual values influenced by core operating history.
[8]Representative data. Actual values influenced by core operating history.