β-酰基苯肼类显影促进剂

doi:10.7517/j.issn.1674-0475.2004.01.52

影像科学与光化学 ›› 2004, Vol. 22 ›› Issue (1): 52-60.DOI: 10.7517/j.issn.1674-0475.2004.01.52

β-酰基苯肼类显影促进剂

刘玉婷¹, 吕峰¹, 邹竞², 张大德¹, 姚祖光¹

1. 华东理工大学, 精细化工研究所, 上海, 200237;
2. 中国乐凯胶片公司, 保定, 071054

收稿日期:2003-06-02 修回日期:2003-07-17 出版日期:2004-01-23 发布日期:2004-01-23
通讯作者: 刘玉婷
基金资助:
中国乐凯胶片公司资助项目

β-ACYLPHENYLHYDRAZINES DEVELOPMENT ACCELERATORS

LIU Yu-ting¹, L Feng¹, ZOU Jing², ZHANG Da-de¹, YAO Zu-guang¹

1. Research Institute of Fine Chemicals, East China University of Science and Technology, Shanghai 200237, P.R.China;
2. China Lucky Film Company Baoding 071054, P.R.China

Received:2003-06-02 Revised:2003-07-17 Online:2004-01-23 Published:2004-01-23

摘要/Abstract

摘要： 本文概述了β 酰基苯肼类显影促进剂的研究进展.比较详细地介绍了肼衍生物引起感染显影的作用机理;分析了该类化合物产生高灰雾和自阻效应的原因,并提出了消除的措施;阐明了各种取代基与感染显影效应的关系.

关键词: 显影促进剂, 酰基苯肼, 感染显影, 肼效应, 自阻效应

Abstract: The research progress on β-acylphenylhydrazines development accelerators was reviewed in this paper.At the same time,the mechanism of infectious development caused by hydrazines derivetives was explained;the reasons of causing high fogging and self-quenching effect were analyzed and the suggestion of dispeling ways was made. The relationship between infectious development and substituents was explained.

Key words: development accelerator, acylphenylhydrazines, infectious development, hydrazine effect, self-quenching effect

中图分类号:

O626

刘玉婷, 吕峰, 邹竞, 张大德, 姚祖光. β-酰基苯肼类显影促进剂[J]. 影像科学与光化学, 2004, 22(1): 52-60.

LIU Yu-ting, L Feng, ZOU Jing, ZHANG Da-de, YAO Zu-guang. β-ACYLPHENYLHYDRAZINES DEVELOPMENT ACCELERATORS[J]. Imaging Science and Photochemistry, 2004, 22(1): 52-60.

参考文献

[1] Stauffer R E,Smith W F.Hydrazine promoted infectious development of silver halide--An improved process[J].J.Franklin.Inst.,1944,238,291.
[2] Takada Shunji,Akimura Yoshitaka,Mifune Hiroyuki,et al.Silver halide photographic emulsion[P].US Patent,2 168 977.1979-09-25.
[3] Takada,Shunji,Akimura Yoshitaka,Mifune Hiroyuki,et al.Silver halide photographic emulsion and image forming process[P].US Patent,4 224 401.1980-09-23.
[4] Mifune Hiroyuki,Takada Shunji,Akimura Yoshitaka,et al.Silver halide photographic light-sensitive material[P].US Patent,4 243 739.1981-01-06.
[5] Meyer Burton C,Licitis Gunars, Brand Dereka,et al.High contrast development of photographic elements[P].US Patent,4 296 929.1981-05-26.
[6] Mifune Hiroyuki,Takada Shunji, Akimura Yoshitaka,et al.Method of forming a high-contrast photographic image[P].US Patent,4 272 606.1981-06-09.
[7] Mifune Hiroyuki,Hirano Shigeo,et al.Silver halide photographic light-sensitive material[P].US Patent,4 272 614.1981-06-09.
[8] Mifune Hiroyuki,Hirano Shigeo Akimura Yoshitaka,et al.Silver halide photographic light-sensitive material[P].US Patnet,4 323 643.1982-04-06.
[9] Pesa Frederick A,Graham Anne M,et al.Method for forming high contrast photographic image[P].US Patent,4 377 634.1983-03-22.
[10] Hirano Shigeo,Takagi Yoshihiro,et al.Method of forming a photographic image[P].US Patent,4 429 036.1984-01-31.
[11] Parton Richid L,Friday James A,et al.Adsorbable aryhydrazides and application thereof to silver halide photography[P].US Patent,4 459 347.1984-07-10.
[12] Hess Thomas C,Wiegers Karl E,et al.Application of activated aryhydrazides to silver halide photogtaphy[P].US Patent,4 478 928.1984-10-23.
[13] Machonkin Harold I,Kerr Donald L,et al.High contrast photographic element including an aryl sulfonamidephenyl hydrazide containing both thio and ethyleneoxy groups[P].US Patent,4 988 604.1991-01-29.
[14] Looker Jerome J,Kerr Donald L,et al.High contrast photographic element including an aryl sulfonamidephenyl hydrazide containing an alkyl pyridinium group[P].US Patent,4 994 365.1991-02-19.
[15] Yagihara Norio,Okada Hisashi, Katoh Kazunobu,et al.Silver halide photographic material[P].US Patent,5 006 445.1991-04-09.
[16] Okamura Hisashi,Katoh Kazunobu, Yagihara Norio,et al.Silver halide photographic material[P].US Patent,5 124 230.1992-06-23.
[17] Suenatsu Kiyoshi,Muratake Hiroaki,Kaji Haruhiko,et al.Process of forming super high-contrast negative images and silver halide photographic material and developmet being used therefore[P].US Patent,5 683 854.1997-11-04.
[18] Suenatsu Kiyoshi,Muratake Hiroaki,Kaji Haruhiko,et al.Process of forming super high-contrast negative images and silver halide photographic material and development being used therefore[P].US Patent,5 766 833.1998-06-16.
[19] Inoue Nobuaki,Inagaki Yoshio,Kameoda Kimitaka,et al.Silver halide photographic material and for forming high contrast negative image using the same[P].E Patent,138 200.1987-07-21.
[20] Mott Andrw W,Hall Kevim P,et al.Silver halide photographic lightsensitive systems[P].E Patent,253 665.1989-01-17.
[21] Beeke George W,Newman Edmund C,Hall Kevon P,et al.High contrast photographic materials containing microcrystal dispersions of hydrazines[P].E Patent,326 433.1989-02-08.
[22] Inoue Nobuaki,Sasaoka Senzo.Silver halide photographic material and method for forming an ultrahighcontrast negative image therewith[P].US Patent,4 824 744.1989-04-25.
[23] Watanabe Kazumasa,et al.Silver halide photographic element[P].J Patent,59-201 045.1994-11-14.
[24] Okutsu,Eiichi,Akimura,et al.Process for producing a hign contrast photographic image[P].US Patent,221 857.1980-09-09.
[25] Mifune Hiroyuki,Takada Shunji,Akimura Yoshitaka,et al.Process for forming contrasty image[P].US Patent,4 237 214,1980-10-02.
[26] Hirano Shigeo,Takagi Yoshihiro,et al.Process for forming contrasty image[P].US Patent,4 447 522,1984-05-08.
[27] Kobayashi Toshio,et al.Electroplating device[P].J Patent,62-124 99.1994-08-02.
[28] Kitchin J P,Hall K P,Mott A W,et al.An improved process of hydrazine-promoted infectious development[J].J.Photo.Sci.,1987,35(5):162-164.
[29] Daly H C,Ramirez R A,Tice G L,et al.Graphic arts' application of high-contrast,non-lith products[J].J.Photo.Sci.,1984,32(5):170-177.
[30] Kitchin J P,Hall K P,Mott A W,et al.An improved process for hydrazine-promoted infectious development of silver halide[J].J.Photo.Sci.,1987,35(5):162-164.
[31] Kitchin J P,Hall K P,Mott A W,et al.Hydrazine promoted infectious development of silver halide-An improved process[J].J.Imag.Tech.,1989,15(6):282-284.
[32] 陶其媺.影响芳基酰肼化合物提高感光性能效果的因素综述[J].影像技术,1993,3,1-9.Tao Q M.A review on factors affecting the improvement of photographic characteristics by arylhydrazides[J].Image Technology,1993,3:1-9.
[33] 孙建军,王世勤.芳基酰肼化合物在胶片中的应用[J].感光材料 1998,2,13-15.Sun J J,Wang S Q.Employing of arylhydrazdes in printing plate film[J].Photographic Material,1998,2:13-15.
[34] Shinohara K,Bayer E.Mechanism of the "Hydrazine Effect"caused by N'-acyl-N-phenylhydrazine[J].J.Photogr.Sci.1987,35(6):181-190.
[35] 张大力.酰基苯肼在卤化银照相体系中的作用[J].感光材料,1992,4,12-14.Zhang D L.The mechanism of phenylhydrazide in silver system[J].Photographic Material,1992,4:12-14.
[36] 孙仁德,陈萍,吴楠.酰基苯肼的感染显影及反差促进剂的作用[J].感光科学与光化学,1992,4:311-317.Sun R D,Chen P,Wu N.Effect of infectious development and mechanism of contrasting accelerator[J].Photographic Science and Photochemistry,1992,4:311-317.
[37] 李学华,陈萍,廖胜.不同取代基的苯酰肼的感染显影及其机理[J].感光科学与光化学,1994,12(3):193-200.Li X H.Chen P,Liao S.Effect and mechanism of the infectious development caused by different phenylhydrazines[J].Photographic Science and Photochemistry,1994,12(3):193-200.
[38] a.杨长吉.β-酰基苯肼类显影促进剂的研究动态和进展[J].感光材料 1990,2:2-8.Yang C J.Researching and development of β-acylphenylhydrazines development accelerators[J].Photographic Material,1990,2:2-8.b.杨长吉,贾发庭.酰基苯肼类化合物在显影液中的应用[J].影像科学与实践,1989,1:16-19.Yang C J,Jia F T.Application of acylphenylhydrazines in development[J].Image Science and Practice,1989,1:16-19.c.杨长吉.β-酰基苯肼类显影促进剂的合成及应用[J].影像技术,1991,4:2-7.Yang C J.Synthesis and application of β-acylphenylhydrazines development accelerators[J].Image Technology,1991,4:4-7.
[39] Chen S L,Zhu Z H,Yao Z G,et al.Color photographic development accelerator PartⅢ:Synthesis and properties of a new class of selective development accelerator[J].Dyes and Pigments,1993,23:197-204.
[40] Chen S L,Ji S X,Zhu Z H,et al.Color photographic development accelerators PartⅣ:Adsorption of hydrazines containing the 1,3,4-thiadiazole heterocyclic system on silver halides[J].Dyes and Pigments,1993,23:275-283.

β-酰基苯肼类显影促进剂

β-ACYLPHENYLHYDRAZINES DEVELOPMENT ACCELERATORS

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