Characterization of Microchannel Plate Photomultipliers for Plasma Diagnostics

Hocker, L.; Zagarino, Paul A.; Madrid, J.; Simmons, D.; Davis, Brent; Lyonst, P. B.

doi:10.1109/tns.1979.4329657

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Low-energy Time-of-flighl Analyer (A I Hum)1

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1979

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Cited by 17 publications

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“…(The effect is documented in the literature on the MCP. 12 ) It can probably be eliminated by shielding the detector from reflected radiation and by reducing the gain of (he MCP. While the effectiveness of these measures awaits further test with the plasma, it is always possible-by some increase in experi mental complexity-to reduce the potential difference across the MCP for the 2 (is of irradiation.…”

Section: Low-energy Time-of-flighl Analyer (A I Hum)mentioning

confidence: 99%

Magnetic fusion energy. Quarterly report, January--March 1979

Harrison¹,

Strack²

1979

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Tim wpt.n *•» NOTICEn account "f wo.k jpiinwii-d by Hie I'mleu States ('" eminent. Ncitl ['mini States n i the United '• ales Depaitme HI .it I-nerff. nut an> ol then empl.i> ci. mil any n tlien tun it a clots, sub.. inlra<.liiis. in lit ii employees. nakei any warranty, c* prcii oi implied oi assuntts any legal liability ui rtspi. .nility loi tltca curacy.ftnnpte cnew or usefulness of ny inlormaturn. ppaiatus. pmd UCt 111 piOWlS JlK-IOiiJ or represents that its u« vmu il not infringe privately iwned DRhii. Low-Energy Timc-of-Flight Analyzer (A. I.. Hum) TMX Computer System (W.

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Section: Low-energy Time-of-flighl Analyer (A I Hum)mentioning

confidence: 99%