Physical Review Online Archive (PROLA) | Vol.114, Issue.3 | | Pages 725–727
Charge Distribution and Range Effects Produced by 3-Mev Electrons in Plexiglas and Aluminum
Charge distribution curves of nearly parallel beams of monoenergetic electrons of 3 Mev have been measured in Plexiglas and aluminum. The charge distribution in depth reaches a maximum at approximately 2/3 of maximum range. The maximum in Plexiglas is sharper than in aluminum. The results confirm the existence of a space charge layer in dielectrics after electron bombardment. The measured charge distribution reflects the differential range distribution of monoenergetic electrons.
Original Text (This is the original text for your reference.)
Charge Distribution and Range Effects Produced by 3-Mev Electrons in Plexiglas and Aluminum
Charge distribution curves of nearly parallel beams of monoenergetic electrons of 3 Mev have been measured in Plexiglas and aluminum. The charge distribution in depth reaches a maximum at approximately 2/3 of maximum range. The maximum in Plexiglas is sharper than in aluminum. The results confirm the existence of a space charge layer in dielectrics after electron bombardment. The measured charge distribution reflects the differential range distribution of monoenergetic electrons.
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