1942
DOI: 10.1021/cr60095a001
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Reduction of Silver Halides and the Mechanism of Photographic Development.

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Cited by 26 publications
(9 citation statements)
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“…Due to the important role of crystal defect, positive holes likely recombining with electrons would be captured by X − traps, which create higher merge opportunity for the generation of Ag 0 particles by the combination of interstitial Ag + and photoelectrons. In this way, the term of Blatent image^is developed accounting for the photographic emulsion exposure [110]. However, these beneficial features of silver halide in photographic process simultaneously reflect that the silver halides are unstable under irradiation of light, which inhibit their application in the photocatalysis aspects.…”
Section: What Is Silver Halide and Its Development In Nanotechnologymentioning
confidence: 99%
“…Due to the important role of crystal defect, positive holes likely recombining with electrons would be captured by X − traps, which create higher merge opportunity for the generation of Ag 0 particles by the combination of interstitial Ag + and photoelectrons. In this way, the term of Blatent image^is developed accounting for the photographic emulsion exposure [110]. However, these beneficial features of silver halide in photographic process simultaneously reflect that the silver halides are unstable under irradiation of light, which inhibit their application in the photocatalysis aspects.…”
Section: What Is Silver Halide and Its Development In Nanotechnologymentioning
confidence: 99%
“…Backscattered electron imaging as used in this study relies on the presence of elemental silver (Ag) formed by the photographic process (James and Kornfeld, 1942;Mees, 1946). Photographic emulsions in general consist of silver bromide crystals embedded in gelatin; the bromide concentration and mean diame- Fig.…”
Section: Backscattered Electron Imaging (Beq Of Developed Radioautogrmentioning
confidence: 99%
“…εθαπζζημπμζμφκ ηδξ ακαβςβή ηςκ ιδ εηηεεεζιέκςκ ηνοζηάθθςκ αθμβμκζδίςκ ημο ανβφνμο, αεθηζχκμοκ ηδκ ακηίεεζδ, εκζζπφμοκ ηδ θςημεοαζζεδζία ηςκ ζοβηνμηδιάηςκ Ag 0 ηθπ) (Bjelkhagen et al, 1995, Fischer et al, 2004, Tani et al, 1995, Fujita et al, 2004. (Fujita et al, 2004) ζοκάδεζ ιε ηδκ ακαθενεείζα εοαζζεδζία ηςκ αθμβμκζδίςκ ημο ανβφνμο ζηδκ οπενζχδδ αηηζκμαμθία (Bjelkhagen et al, 1995 ηαζ ηδκ ηαπφηδηα ακάπηολδξ ηςκ θςημβναθζηχκ εζηυκςκ (James et al, 1942). (Carrol et al, 1931, Diamond et al, 2002, Mess et al, 1966.…”
Section: δζζαβςβήunclassified
“…Σαοηυπνμκα, δ ςνίιακζδ ζοκέκςζδξ θαιαάκεζ πχνα απυ ηδκ ηαπεία ηαηαηνήικζζδ ζηενεχκ AgCl (πμο ιπμνεί κα ζοιαεί, βζα πανάδεζβια, απυ ηδκ ηαπεία πνμζεήηδ AgNO 3 ) πνμηαθχκηαξ γεφβδ ή ιεβάθα ζοζζςιαηχιαηα ηνοζηάθθςκ ιεβεεφκμκηαξ αηυια πενζζζυηενμ ημ ιέβεεμξ ηςκ ηνοζηάθθςκ AgCl (Bjelkhagen et al, 1995, Carrol et al, 1931, Diamond et al, 2002, Mess et al, 1966. Οζ ιεβάθoζ ηνφζηαθθμζ AgCl είκαζ ηαηά ηακυκα πζμ εοαίζεδημζ ζηδκ αηηζκμαμθία ηαζ θςημ-ακάβμκηαζ πμθφ ηαπφηενα απυ ημοξ ιζηνυηενμοξ ηνοζηάθθμοξ, επεζδή ζε ιεβάθα ιεβέεδ ηνοζηάθθςκ ιεβαθφηενδ πμζυηδηα Ag + θςημ-ακάβεηαζ ζε Ag 0 (James et al, 1942, Carrol et al, 1931 ,10,20,30,40,65,80,100,150,250,325ιΜ βζα Cys ηαζ GSH ηαζ 0,10,20,30,40,60,80,100,150,200ιΜ (Peng et al, 2012, Durocher et al, 2009, Xiao et al, 2011, Wang et al, 2008, Chen et al, 2004. Ωζηυζμ, είκαζ πμθφ ηάης απυ ηδ ζοβηέκηνςζδ ηςκ ζοκμθζηχκ αζμεεζμθχκ ζε αζμθμβζηά οβνά (Hakuma et al, 2014, Peng et al, 2012, εκχ δ ζοκμθζηή ακαθοηζηή δζαδζηαζία είκαζ εφημθμ κα εηηεθεζηεί, δεκ απαζηεί κέα οθζηά ή ακηζδναζηήνζα ηαζ πνδζζιμπμζεί ςξ ακζπκεοηή έκα απθυ ζανςηή βναθείμο.…”
Section: δζζαβςβήunclassified
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