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[en] A specimen of crystalline indanthrene olive T was placed in the HV-1, which was then pumped for 2 hours. The 25 A bright field fringe pattern was then observed on the TV monitor. Deterioration was noted very shortly, and the electron microscope was then pumped for three days, after which another field was subjected to the same level of irradiation by 50 KV electrons. It was found that there was little if any deterioration even after 20 minutes. It was concluded that it is possible to find conditions in a transmission EM where stability far exceeds that predicted by current theories of radiation damage or demonstrated by conventional electron microscopes. (R.L.)
Source
Sanders, J.V.; Goodchild, D.J. (eds.); Australian Academy of Science, Canberra; p. 674-675; ISBN 0858470276; 
; 1974; Aust. Acad. of Science; Canberra, Australia; 8. International congress on electron microscopy; Canberra, Australia; 25 Aug 1974; Abstract only.
; 1974; Aust. Acad. of Science; Canberra, Australia; 8. International congress on electron microscopy; Canberra, Australia; 25 Aug 1974; Abstract only.