[1] 王巍,彭彦彬,余青,等.硫增感技术的进展[J].感光材料,1996,4:8.Wang W,Peng Y B,Yu Q,et al.Investigation of sulfur sensitization process[J].Photographic Materials,1996,4:8. [2] 谷忠昭著.照相感光度理论和机理[M].河北:河北教育出版社,2002.205.Tadaaki Tani.Photographic Sensitivity--Theory and Mechanismes[M].Hebei:Hebei Educational Publishing Company,2002.205. [3] 胡勇军,王荣琴,彭必先.电镜法对硫敏化中心的直接观察[J].感光科学与光化学,1997,15:230.Hu Y J,Wang R Q,Peng B X.Direct observation on the sulfur sensitization centers with the electron microscopy[J].Photographic Science and Photochemistry,2002,20:46. [4] 史瑶,赵文芳,杨新民,夏培杰.硫增感的敏化中心和潜影中心的氧化还原性能的研究[J].感光科学与光化学,2000,18:150.Shi Y,Zhao W F,Yang X M,Xia P J.Study on the redox properties of sulfur sensitivity centers and latent image centers[J].Photographic Science and Photochemistry,2002,18:150. [5] Kellogg L M.Measurements of photoelectron lifetimes in silver halide microcrystals using microwave techniques[J].Photogr.Sci.Eng.,1974,18:4. [6] Kaneda T.A new approach to estimation of depth of electron traps in AgBr emulsion grains on the basis of the Gurney-Mott Model[J].J.Imaging Sci.,1989,33(4):115. [7] Mussing T,Hegenbart G,Russow A,et al.Microwave absorption investigation of AgBr1-xIx crystals[J].J Imaging Sci.& Tech.,1994,38(6):526. [8] Mussig T.Principles of microwave absorption technique applied to AgX micocrystals[J].J.Imaging Sci.& Tech.,1997,41(2):118. [9] Yang S P,Li X W,Han L,Fu G S.Photoelectron decay characteristic of silver halide microcrystal illuminated by short pulse laser[J].Chinese Physics Letter,2002,19:429. |