Towards Large Area, Picosecond-Level Photodetectors - Capp.iit.edu

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Bialkali Photocathode Development at Argonne ‣ Shoot photocathode similar to traditional PMT method • metal beads activated by current heating ‣ Use glass containment vessel with bead support structure & detachable top window ‣ Learn method by making photocathodes on small PMTs • PMT processing equipment obtained from Burle Industries Friday, November 18, 2011 Towards Large Area MCP Photodetectors, R. Wagner, Argonne, Antiproton Physics Workshop, Fermilab, 20111118 29
Results from Photocathode Growth in Burle Process Chamber /01,23,45356722,89&$'&:,;?@
Page 1 and 2: Friday, November 18, 2011 Developme
Page 3: MCP-PMT Module & Readout Concept 2
Page 6 and 7: Glass Capillary Substrate Developme
Page 8 and 9: F>;00'@%$!"&FE';&5'0">"#%&'D;@)$'($
Page 10 and 11: Pore Activation via Atomic Layer De
Page 12 and 13: Secondary Emissive Materials Charac
Page 14 and 15: MCP Testing at Argonne -- APS UV La
Page 16 and 17: MCP Testing at Argonne -- “Mock T
Page 18 and 19: First Pulse Measurements with 8”
Page 20 and 21: MCP Testing at Space Sciences Lab (
Page 22 and 23: Argonne ALD MCP Pair Background Tes
Page 24 and 25: !!""#$%&'()*#*+,-./0121./1/3#4,525#
Page 26 and 27: Demountable 8” Tile Prototype Lea
Page 28 and 29: 8.7” Photocathode & Seal Test Cha
Page 32 and 33: !"#$%&'%()"*+(,%+--,#%.$#/($/#,%"-0
Page 34 and 35: Friday, November 18, 2011 BACKUP SL
Page 36 and 37: Scale-up to Large Surface Area Proc
Page 38 and 39: 8”×8” MCP Plate Testing at SSL
Page 40 and 41: Mock Tile Fabrication ‣ Short-cut
Page 42 and 43: Anode Ceramic Body Design -- SSL Va
Page 44: General procedures for Fabrication

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