[1] Talbot W H F.Improvement in photographic pictures[P].US patent,5 171,1847-06-26. [2] Morgan D.Sensitized sheet containing an organic silver salt,a reducing agent and a catalytic proportion of silver halide[P].BE patent,663 112,1965-10-27. [3] Syhun M R V.An introduction to photothermography,Society for Imaging Science and Technology,In:http://www.imaging.org/resources/web-tutorials/photothermography.cfm [4] Whitcomb D R.基于羧酸银的光敏热成像技术进展[J].感光科学与光化学,2003,21(1):1-19.Whitcomb D R.Advances in photothermographic imaging technology based on silver carboxylates[J].Photographic Science and Photochemistry,2003,21(1):1-19. [5] Tolochko B P,Chernov S V,Nikitenko S G,et al.EXAFS determination of the structure of silver stearate,[Ag(O2C(CH2)16CH3]2,and the effect of temperature on the silver coordination sphere[J].Nucl.Inst.and Meth.Phys.Res.,A,1998,405:428-434. [6] Sahyun M R V.Thermally developable photographic (TDPM):a review of the state-of-art in mechanistic understanding[J].J.Imaging Sci.Technol.,1998,42(1):23-30. [7] Ikeda M.Thermodynamic and NMR studies on silver salts of fatty acids[J].Photogr.Sci.Eng.,1980,24(6):277-280. [8] Chadha M,Dunnigan M E,Sahyun M R V,et al.Electronic structure of layered silver carboxylates[J].J.Appl.Phys.,1998,84(2):887-892. [9] Bokhonov B B,Sidelnikov A A,Sharafutdinov M R,et al.Thermal and mechanochemical initiated phase transformations in silver carboxylates[J].J.Imaging Sci.Technol.,2003,47(2):89-99. [10] Hill S E,Mizenk M B,Sahyun M R V.Mechanisms of development of photothermographic media[J].J.Imaging Sci.Technol.,1996,40(6):568-575. [11] Lin B,Dong J S,Whitcomb D R,et al.Crystallization of silver stearate from sodium stearate dispersions[J].Langmuir,2004,20(21):9069-9074. [12] Horsten B,Geuens I,Gilliams Y,et al.Thermographic recording material with improved image tone and/or stability upon thermal development[P].EP patent,0 848 286,1997-12-06. [13] Geuens I,Vanwelkenhuysen I.Physical characterization of silver behenate as a tool for the development of thermographic and photothermographic materials[J].J.Imaging Sci.Technol.,1999,43(6):521-527. [14] Ito T,Nishiwaki S,Mitsuhasi T.Numerical model for characteristic curves of photothermographic materials using a semiempirical simulation method[J].J.Imaging Sci.Technol.,2001,45(4):357-364. [15] Bokhonov B B,Burleva L P.Variations in the morphology of image silver particles in thermally developed photographic materials[J].J.Imaging Sci.Technol.,1999,43(6):505-508. [16] Strijckers H L.Image formation mechanisms in photothermographic silver imaging media[J].J.Imaging Sci.Technol.,2003,47(2):100-106. [17] Toya I.Thermographic material[P].USpatent,5 965 348,1999-10-12. [18] Yamane K,Yamashita S.The role of silver halides in photothermographic materials with a water dispersible binder[C].In:Inter.Conf.Imaging Sci.,Japan:Tokyo,2002.29-30. [19] Yamashita S.Photothermographic element[P].US patent,6 432 627,2002-08-13. [20] Oikawa T.Photothermographic material[P].US patent,6 824 962,2004-11-13. [21] Fukusaka K,Nakamura K,Iwamoto R,et al.Photothermographic imaging material[P].EP patent,1 462 854,2004-09-29. [22] Bokhonov B B,Burleva L P,Frank W C,et al.The influence of the photosensitive silver halide/silver carboxylate preparation conditions on the morphology of thermally developed silver particles[J].J.Imaging Sci.Technol.,1996,40(5):417-422. [23] Whitcomb D R,Rogers R D.Chemistry of photothermographic imaging materials Ⅱ[J].J.Imaging Sci.Technol.,1999,43(6):517-520. [24] Whitcomb D R,Rogers R D.The properties,crystal,and molecular structure of catena-[(μ-acetato-)-(μ-phthalazine)silver(Ⅰ)di-hydrate]:{[Ag(μ-O2CCH3)(μ-PHZ)(H2O)2]2}n[J].J.Chem.Cryst.,1995,25 (3):137-142. [25] Whitcomb D R,Rogers R D.The molecular structure of catena-[(μ-phthalato)-di-(μ-phthalazine)-di-silver(Ⅰ)hydrate] :[Ag2(μ-(O2C)2C6H4)(μ-PHZ)2(H2O)]n:Carboxylate control of side-on versus tacked coordination polymerization[J].Inorg.Chim.Acta,1997,256(2):263-267. [26] Zou C F,Phillip J B,Shor S M.et al.Photothermographic element with pre-formed iridium-doped silver halide grains[P].US patent,5 434 043,1994-05-09. [27] Rogers R D,Sharma C V K,Whitcomb D R.Molecular tweezers and pentameric aggregates:convergent hydrogenbonded self-assembly of 2:1 and 2:3 cocrystals of phthalazine:phthalic acid[J].Cryst.Eng.,1998,1(3):255-262. [28] Akahori H,Morita K,Nishijima A,et al.Electron transfer properties of bisphenol derivatives in relation to their developing properties in silver salt photothermographic systems[J].J.Imaging Sci.Technol.,2003,47(2):124-132. [29] Sakizadeh K.Antifoggants and print stabilizers for photothermographic systems based on AgX/Ag carboxylates-a review[J].J.I magingSci.Technol.,2003,47(3):263-277. [30] Birkeland S P.Silver halide,heat-developable image sheet containing mercuric ion[P].US patent,3 589 903,1971-06-29. [31] Masuda T,Adachi K.Thermodevelopable photographic material with N-haloacetamide[P].US patent,3 957 493,1976-05-18. [32] Oanh Van P.Photothermographic elements[P].US patent,4 784 939,1988-11-15. [33] Skoug P G.Photothermographic elements[P].US patent,5 028 523,1991-07-02. [34] Miura N,Ishida K.Thermally processable photosensitive material,image forming method and antifoggant[P].US patent,6 248 512,2001-06-19. [35] Fukui K,Takasaki M,Watanabe K.Photothermographic material[P].US patent,6 368 782,2002-04-09. [36] Fukui K.Photothermographic material[P].US patent,6 558 894,2003-05-06. [37] Yoshioka Y,Suzuki M.Photothermographic material[P].EPpatent,1 096 310,2001-05-02. [38] Suzuki M,Yoshioka Y.Bisphenol-phosphorus compound complex and thermally processed image recording material utilizing the same[P].US patent,6 573 407,2003-03-06. [39] Lea B A.Use of merocyanine compounds in photothermosensitive systems[P].US patent,3 719 495,1973-03-06. [40] Miller J R,Kalousdian S,Willett B C,et al.Sensitizers for photothermographic elements[P].US patent,5 441866,1995-08-15. [41] Uyttendaele C,Aert H V,Louwet F,et al.Binders for thermographic materials[P].EP patent,0 903 624,1999-03-24. [42] Uyttendaele C,Aert H V,Louwet F,et al.Binders for thermographicmaterials[P].USpatent,6306572,2001-10-23. [43] Fujita M,Ishizaka T,Hatakeyama A,et al.Photothermographic material[P].US patent,6 132 949,2000-10-17. [44] Katoh K,Hatakeyama A.Photothermographic material and method for making[P].US patent,6 140 037,2000-10-31. [45] Ogawa M,Nanami S,Okada K,et al.FM-DP L Dry Imager[J].Fujifilm Research & Development,2000,45:59-70. [46] Nanami S,Okada K,Satoh T,et al.DRYPIX 7000/DI-HL dry imaging system[J].Fujifilm Research &Development,2003,48:39-46. [47] Zou C F,Sahyun M R V,Levy B.Mechanisms of latent imaging formation in photothermographic silver imaging media[J].J.Imaging Sci.Technol.,1996,40(2):94-103. [48] Bokhonov B B,Burleva L P,Frank W C,et al.Morphological regularities in the formation of silver halides during in situ halidization of silver stearate[J].J.Imaging Sci.Technol.,1996,40(2):85-93. [49] Potapov P L,Schryvers D,Strijckers H,et al.Microstructural mechanism of development in photothermographic materials[J].J.Imaging Sci.Technol.,2003,47(2):115-123. [50] Klosterboer D H.Imaging processes and materials.In:Sturge J M,Walworth V,Shepp A,eds.Neblette's Eighth Edition:Imaging processes and materials[C].New York:Van Nostrand Reinhold Publishers,1989.279-291. [51] Kong S H.A generalized Klosterboer-Rutledge model for photothermographic silver-carboxylate media[J].J.Imaging Sci.Technol.,1999,43(6):509-516. [52] Tsuzuki H,Hatakeyama A,Nakajima K.The aqueous-coated phototheromographic material[C].In:Inter.Conf.Imaging Sci.,Japan:Tokyo,2002.27-28. [53] Maekawa T,Yoshikane M,Fujimura H,et al.Reaction mechanisms in thermally developed photographic systems based on silver carboxylate[J].J.Imaging Sci.Technol.,2001,45(4):365-372. [54] Whitcomb D R,Rajeswaran M.Coordination chemistry of photothermographic imaging materials:Ⅲ[J].J.Imaging Sci.Technol.,2003,47(2):107-114. |