涤纶/人棉织物碱性色烂花印花的研究
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摘要
本文选用了一系列不同结构类型的分散染料分别在酸性和不同碱浓度的碱性条件下染色,通过测试染色后布样的K/S值、色差、染色残液的吸光度、染料的红外谱图等,比较了不同结构分散染料的耐碱性强弱,并计算染料结构中水解基团的休克尔电荷值来分析染料的结构与耐碱性的关系。然后选择耐碱性好的分散染料对涤纶/人棉包复织物进行碱性烂花印花的研究,探讨了碱性烂花印花工艺的可行性。
研究结果表明:偶氮类分散染料和蒽醌类分散染料的耐碱性取决于染料结构中水解基团的休克尔电荷值和数量,水解基团的耐碱性强弱依次为:羟基>氰基>酰胺基>酯基,而且水解基团的数量越多,染料的耐碱性越差;杂环类分散染料由于其结构变化多样,耐碱性的强弱也随着结构的不同而变化较大,比如染料分子取代基的原子间作用力及互变异构现象等都对染料的耐碱性有影响;涤纶/人棉包复织物碱性烂花工艺中通过原糊的选择、碱剂的用量、焙烘温度和时间及水洗等工序能获得很好的效果,说明碱性色烂花印花工艺切实可行。
This paper selected a range of different structural types of disperse dyes which were dyed in acid condition and different alkali concentrations of alkaline conditions.The alkali resistance of different structural disperse dyes were compared through testing the K/S value and color shading、absorbance of dye residue、Infrared spectrographs of the hydrolysis dyes,etc.The relationships between the dyes structure and their alkali resistance were analyzed by calculating the Hückel charge values of the hydrolysis groups.Then the good alkali resistance disperse dyes were chosen to study and discuss the feasibility of the alkaline colored burnt-out printing technique in polyester/rayon wrap fabric.
TThe results showed that:the alkali resistance strength of the azo and anthra- -quinone disperse dyes were involved with the Hückel charge values and quantities of the hydrolysis groups,and the alkaline resistance strength of the hydrolysis groups as follows:hydroxyl group > cyanogens group > amide group > eater group,furthermore the number of hydrolysis groups more,the alkali resistance worse;Heterocyclic disperse dyes because of their diverse structures,the alkali resistance strength changed a lot,for example the atomic force of molecular substituent and tautomerism can also affect the dyes alkali resistance;The alkaline burnt-out printing technique in polyester/rayon wrap fabric can get good results through the choice of paste,alkali dosage,curing temperature and time,the rinsing technique and so on,which illustrated this process feasible.
研究结果表明:偶氮类分散染料和蒽醌类分散染料的耐碱性取决于染料结构中水解基团的休克尔电荷值和数量,水解基团的耐碱性强弱依次为:羟基>氰基>酰胺基>酯基,而且水解基团的数量越多,染料的耐碱性越差;杂环类分散染料由于其结构变化多样,耐碱性的强弱也随着结构的不同而变化较大,比如染料分子取代基的原子间作用力及互变异构现象等都对染料的耐碱性有影响;涤纶/人棉包复织物碱性烂花工艺中通过原糊的选择、碱剂的用量、焙烘温度和时间及水洗等工序能获得很好的效果,说明碱性色烂花印花工艺切实可行。
This paper selected a range of different structural types of disperse dyes which were dyed in acid condition and different alkali concentrations of alkaline conditions.The alkali resistance of different structural disperse dyes were compared through testing the K/S value and color shading、absorbance of dye residue、Infrared spectrographs of the hydrolysis dyes,etc.The relationships between the dyes structure and their alkali resistance were analyzed by calculating the Hückel charge values of the hydrolysis groups.Then the good alkali resistance disperse dyes were chosen to study and discuss the feasibility of the alkaline colored burnt-out printing technique in polyester/rayon wrap fabric.
TThe results showed that:the alkali resistance strength of the azo and anthra- -quinone disperse dyes were involved with the Hückel charge values and quantities of the hydrolysis groups,and the alkaline resistance strength of the hydrolysis groups as follows:hydroxyl group > cyanogens group > amide group > eater group,furthermore the number of hydrolysis groups more,the alkali resistance worse;Heterocyclic disperse dyes because of their diverse structures,the alkali resistance strength changed a lot,for example the atomic force of molecular substituent and tautomerism can also affect the dyes alkali resistance;The alkaline burnt-out printing technique in polyester/rayon wrap fabric can get good results through the choice of paste,alkali dosage,curing temperature and time,the rinsing technique and so on,which illustrated this process feasible.
引文
[1]肖长发,尹翠玉,张华等.化学纤维概论(第二版)[M].北京:中国纺织出版社,2005.7:54-65.
[2]姚穆,周锦芳,黄淑珍等.纺织材料学(第二版)[M].北京:中国纺织出版社,2000.1:194-202.
[3] Tatjana Kreze,Sonja Malej.Structural characteristics of new and conventional regenerated cellulosic fibers[J].Textile Research Journal,2003,73(8):675-684.
[4]邢凤兰,徐群,贾丽华.印染助剂[M].北京:化学工业出版社,2002.7:9.
[5] J Schurz.Trends in polymer science-A bright future for cellulose[J].Progress of Polymer Science,1999(24):481-483.
[6]廖莉莉.涤粘纤维高档里料产品的开发[J].江苏丝绸,2008(2):13-17.
[7]周正华.我国粘胶纤维的现状及发展前景[J].苏州大学学报(工科版),2004,24(6):52-54.
[8]周玉瑄,程基沛.粘胶纤维生产基本知识[M].北京:纺织工业出版社,1982.9:2-4.
[9]赵俭.涤粘混纺织物前处理工艺实践[J].印染,1995,21(7):10-11.
[10]徐国忠.涤粘混纺织物的织造实践[J].棉纺织技术,2001,29(12):42-44.
[11]翁赛银.涤粘棉型织物仿毛产品的开发[J].印染,1993,19(9):15-17.
[12]贺良震,张曙光,吴佩云,莫靖昱.涤粘弹力织物的染整加工[J].印染,2007(11):23-26.
[13]蒯大文.涤粘仿羊绒产品的开发实践[J].江苏纺织,2001(11):18-19.
[14]邹清云,张巧玲.涤粘竹节烂花织物的设计与生产[J].河南纺织高等专科学校学报,2007,19(2):1-3.
[15]刘兆贵,陈宏武.涤粘莱卡高弹包芯纱的生产工艺[J].四川纺织科技,2000 (5):13-14.
[16]张明.在棉型织机上生产粘/涤仿毛织物的生产实践[J].黑龙江纺织,2008 (1):1-2.
[17]尹俊.黄原胶糊料在涤纶织物分散染料直接印花中的性能研究[C].东华大学硕士论文,2007.
[18]何谨馨.染料化学[M].北京:中国纺织出版社,2004.6:169-178.
[19]陈荣圻.染料化学[M].北京:纺织工业出版社,1989.2:356-371.
[20]于顺平译.蒽醌型分散染料的化学结构对颜色耐光牢度和升华牢度的影响[J].四川纺织科技,1994(4):30-33.
[21]陈荣圻.染料化学[M].北京:纺织工业出版社,1989.2:332-334.
[22]钱国坻,宋凌云,陆同庆等.不同结构商品分散染料在细旦涤纶织物上的染色性能研究[J].染整技术,1995(17):12-16.
[23]周奥佳,朱庆萍.超细涤纶织物的碱性染色[J].丝绸,1998(9):30-33.
[24]关颖,陈英,蒋美莲.超细纤维织物国产分散染料碱性浴染色性能研究[J].印染,2001(3):8-11.
[25] W.B.Achwal.Practical experience of alkaline polyester dyeing[J].Colourage,1999(6):32-33.
[26] Hidea Imafuku.An alkaline dyeing system for polyester[J].J.S.D.C.,1993,109(11):350-352.
[27] Kiyoshi Himeno,Munakata.Method For Dyeing Polyester-containing Fibers In An Alkaline Dyeing Bath And Dyeing Assistant,An Amino-acid compound[P]. United States Patent,Patent Number:5019133,1991,1-30.
[28] J.S.Koh,J.P.Kim.Synthesis of Phthalimide-based Alkali-dischargeable Azo Disperse Dyes and Analysis of their Alkali-Hydrolysis Mechanism[J].Dyes and Pigments,3(37):265-272.
[29] Dave J,Kumar R,Srivastava HC.Studies on Modification of Polyester Fabrics,I:Alkaline Hydrolysis[J].J.Appl.Polym.Sci.,1987(33):455-577.
[30]轷桂芬,董振礼,赵庆双.分散染料碱性浴染色[J].印染,1994,5(20):16-18.
[31]何叶丽译,陈颖校.涤纶纤维的碱性染色工艺[J].印染,2003(3):46-47.
[32]樊如梅.涤纶纤维碱性染色工艺[J].印染,2006(3):22-24.
[33]杨军.分散染料碱性染色助剂的开发和应用[J].印染助剂,2001,1(18):33-35.
[34]胡啸林,杨勇,黄小林,沈大荣.涤纶染色用碱剂PT-90[J].印染,2007(8):25-27.
[35]彭勇刚,纪俊玲,汪缓.涤纶织物碱性染色[J].印染,2008(24):27-28.
[36]霍瑞亭,董振礼.分散染料碱性染色助剂的研究[J].针织工业,1999(3):49-52.
[37]吴英,杨栋梁.分散染料碱性染色体系(一)[J].印染,1996,2(22):35-38.
[38]吴英,杨栋梁.分散染料碱性染色体系(二)[J].印染,1996,3(22):31-38.
[39]吴英,杨栋梁.分散染料碱性染色体系(三)[J].印染,1996,4(22):33-35.
[40]吴英,杨栋梁.分散染料碱性染色体系(四)[J].印染,1996,5(22):34-37.
[41]程侣佰,简卫.分散染料的近期进展[J].化工纵横,2001(1):1-4.
[42]林诗钦.分散染料发展动向[J].上海化工,1998,16(23):28-31.
[43] MA Weaver.Disperse Dyes:A Dye Chemist’s Perspective,AATCC Review,2003,1(3),17-21.
[44] Ciba.S C.Higher Wash Fastness In PES Dyeing[J]. Int Dyer,2003(9):43-50.
[45] Ian Holme.Innovation and the Rise of PES[J].Int Dyer,2003(9) :35-42.
[46]赵涛.染整工艺学教程(第二分册)[M].北京:中国纺织出版社,2005.4:437-438.
[47] Namboori CGG . Some Aspects of Alkaline Hydrolysis Poly(ethylene Tere- -phthalate)[J].Textile chem Color,1969(1):24-25.
[48] Dave J,Kumar R,Srivastava HC.Studies on Modification of Polyester Fabrics,I:Alkaline Hydrolysis[J].J.Appl.Polym.Sci,1987(33):455-577.
[49]坂井昌彦,末广拓也,柳克彦.烂花印花加工布帛[P].CN 101297078:1-18.
[50]张邱艳.涤棉织物的烂花印花工艺[J].印染,2003(1):18.
[51]文金秀.涤棉混纺织物着色烂花工艺探讨[J].染整技术,1995(17):29-30.
[52]魏凤,王利民,刘江波,刀永生.涤棉烂花圆网生产工艺探讨[J].印染,1997,8(23):12-14.
[53]范学兰.涤棉针织物的烂花印花工艺探讨[J].针织工业,1996(1):9-11.
[54]唐增荣.国内外纺织品立体印花技术研究[J].丝网印刷,2008.9:10-13.
[55]王振东,傅文娟.涤棉织物滚筒烂花印花生产工艺探讨[J].印染,2000(2):25-26.
[56]田舒刚.高档烂花印花产品的工艺探讨[J].印染,2001(4):31-32.
[57]简报快讯.烂花印花织物工艺处理技术要点[J].现代纺织技术,2005(2):31.
[58]朱志祥.超厚平绒烂花生产工艺[J].印染,2008(1):16-18.
[59]魏勤,王杰志.涤粘装饰织物烂花印花工艺探讨[J].印染,1999(6):22-23.
[60]肖长发,尹翠玉,张华等.化学纤维概论(第二版)[M].北京:中国纺织出版社,2005.7:32.
[61] Lina Zhang,Dong Ruan,Shanjun Gao.Dissolution and regeneration of celloluse in NaOH/thiourea aqueous solution[J].Journal of Polymer Science Part B:Polymer Physics,2002,40(14):1521-1529.
[62] Yamashiki T.New class of cellulose fiber spun from the novel solution of cellulose by wet spinning method[J].J.Appl.Polym.Sci.,1992,44(40):691.
[63]李连举,翟孝羽,许志忠.分散和直接染料碱性同浴染色探讨[J].纺织导报,2006(7):84-86.
[64]岳仕芳.国产分散染料用于涤纶纱碱性染色工艺探讨[J].染整技术,2006,1(28):29-32.
[65]晓琴,章杰.我国分散染料发展趋势[J].印染,2006(10):44-48.
[66]周奥佳.细旦涤纶织物的碱性染色[J].苏州丝绸工学院学报,1999,1(19):24-31.
[67]彭燕红译,陈水林校.向聚酯碱性染色的实际转变[N].国际纺织导报,1998(4):44-48.
[68]何谨馨.染料化学[M].北京:中国纺织出版社,2004.6:163.
[69]侯毓汾.染料化学[M].北京:化学工业出版社,1994.6:303-320.
[70]宋心远,沈煜如.活性染料染色的理论和实践[M].北京:纺织工业出版社.1991:175-203.
[71]程能林,梁本熹,胡声闻译.杨祝华审校.有机电子理论解说[M].北京:化学工业出版社.1990:142-148.
[72]鹏博,皆怡.蒽醌型分散染料代用品的开发和前景[J].化工科技动态,1992(6):5-9.
[73] Annen A,et.Heterocyclic diazo components and dyes[J].Review of Progress in Coloration,1987(17):72-86.
[74]朱坚,贾建洪,高建荣.杂环类分散染料近年来的发展[J].化工时刊,2002,20(2):58-62.
[75]陈荣圻.现代活性染料与分散染料的发展(三)[J].印染,2007,7:44-48.
[76]苏克曼,潘铁英,张玉兰.波谱解析法[M].上海:华东理工大学出版社.2002.8:91-112.
[77]简卫,程侣柏,陈美芬.含杂环芳胺的吡啶酮偶氮分散染料的研究[J].染料与染色,2004,41(3):147-149.
[78]彭勃,李慕洁,程侣柏.吡啶酮系偶氮型分散染料结构与性能的研究:Ⅰ.吡啶酮系偶氮型分散染料结构与光谱性能的关系[J].染料工业,1996,33(3):1-6.
[79]彭勤纪,王璧人,李慕洁等.羟基吡啶酮衍生物结构特征的研究[J].大连理工大学学报,1991,31(3):279-286.
[80]彭勃,李慕洁,程侣柏.吡啶酮系偶氮型分散染料结构与性能的研究:Ⅲ.吡啶酮系偶氮型分散染料结构与耐酸、碱变色性能的关系[J].染料工业,1996,33(6):1-5.
[81]高建荣,程侣柏,高昆玉.吡啶酮系偶氮类分散染料结构与性能的研究及进展[J].浙江化工,1994,25(1):12-16.
[82] Yamashiki T.Characterization of cellulose treated by the steam explosion method (Part 1):Influence of cellulose resources on changes in morphology, degree of polymerization,solubility and solid structure[J].British Polymer J,1991,22:73-83.
[83]李选刚,潘葵.碱对粘胶纤维定量分析的影响[J].印染,2004(16):39-40.
[84]刘仁庆.纤维素化学基础[M].北京:科学出版社,1985:185-187.
[85]王祥荣.纺织印染助剂生产与应用[M].南京:江苏科学技术出版社,2004.3:252-253.
[86]闵洁.复合变性玉米淀粉印花糊料的性能研究[J].东华大学学报(自然科学版),2002,1(28):97-100.
[2]姚穆,周锦芳,黄淑珍等.纺织材料学(第二版)[M].北京:中国纺织出版社,2000.1:194-202.
[3] Tatjana Kreze,Sonja Malej.Structural characteristics of new and conventional regenerated cellulosic fibers[J].Textile Research Journal,2003,73(8):675-684.
[4]邢凤兰,徐群,贾丽华.印染助剂[M].北京:化学工业出版社,2002.7:9.
[5] J Schurz.Trends in polymer science-A bright future for cellulose[J].Progress of Polymer Science,1999(24):481-483.
[6]廖莉莉.涤粘纤维高档里料产品的开发[J].江苏丝绸,2008(2):13-17.
[7]周正华.我国粘胶纤维的现状及发展前景[J].苏州大学学报(工科版),2004,24(6):52-54.
[8]周玉瑄,程基沛.粘胶纤维生产基本知识[M].北京:纺织工业出版社,1982.9:2-4.
[9]赵俭.涤粘混纺织物前处理工艺实践[J].印染,1995,21(7):10-11.
[10]徐国忠.涤粘混纺织物的织造实践[J].棉纺织技术,2001,29(12):42-44.
[11]翁赛银.涤粘棉型织物仿毛产品的开发[J].印染,1993,19(9):15-17.
[12]贺良震,张曙光,吴佩云,莫靖昱.涤粘弹力织物的染整加工[J].印染,2007(11):23-26.
[13]蒯大文.涤粘仿羊绒产品的开发实践[J].江苏纺织,2001(11):18-19.
[14]邹清云,张巧玲.涤粘竹节烂花织物的设计与生产[J].河南纺织高等专科学校学报,2007,19(2):1-3.
[15]刘兆贵,陈宏武.涤粘莱卡高弹包芯纱的生产工艺[J].四川纺织科技,2000 (5):13-14.
[16]张明.在棉型织机上生产粘/涤仿毛织物的生产实践[J].黑龙江纺织,2008 (1):1-2.
[17]尹俊.黄原胶糊料在涤纶织物分散染料直接印花中的性能研究[C].东华大学硕士论文,2007.
[18]何谨馨.染料化学[M].北京:中国纺织出版社,2004.6:169-178.
[19]陈荣圻.染料化学[M].北京:纺织工业出版社,1989.2:356-371.
[20]于顺平译.蒽醌型分散染料的化学结构对颜色耐光牢度和升华牢度的影响[J].四川纺织科技,1994(4):30-33.
[21]陈荣圻.染料化学[M].北京:纺织工业出版社,1989.2:332-334.
[22]钱国坻,宋凌云,陆同庆等.不同结构商品分散染料在细旦涤纶织物上的染色性能研究[J].染整技术,1995(17):12-16.
[23]周奥佳,朱庆萍.超细涤纶织物的碱性染色[J].丝绸,1998(9):30-33.
[24]关颖,陈英,蒋美莲.超细纤维织物国产分散染料碱性浴染色性能研究[J].印染,2001(3):8-11.
[25] W.B.Achwal.Practical experience of alkaline polyester dyeing[J].Colourage,1999(6):32-33.
[26] Hidea Imafuku.An alkaline dyeing system for polyester[J].J.S.D.C.,1993,109(11):350-352.
[27] Kiyoshi Himeno,Munakata.Method For Dyeing Polyester-containing Fibers In An Alkaline Dyeing Bath And Dyeing Assistant,An Amino-acid compound[P]. United States Patent,Patent Number:5019133,1991,1-30.
[28] J.S.Koh,J.P.Kim.Synthesis of Phthalimide-based Alkali-dischargeable Azo Disperse Dyes and Analysis of their Alkali-Hydrolysis Mechanism[J].Dyes and Pigments,3(37):265-272.
[29] Dave J,Kumar R,Srivastava HC.Studies on Modification of Polyester Fabrics,I:Alkaline Hydrolysis[J].J.Appl.Polym.Sci.,1987(33):455-577.
[30]轷桂芬,董振礼,赵庆双.分散染料碱性浴染色[J].印染,1994,5(20):16-18.
[31]何叶丽译,陈颖校.涤纶纤维的碱性染色工艺[J].印染,2003(3):46-47.
[32]樊如梅.涤纶纤维碱性染色工艺[J].印染,2006(3):22-24.
[33]杨军.分散染料碱性染色助剂的开发和应用[J].印染助剂,2001,1(18):33-35.
[34]胡啸林,杨勇,黄小林,沈大荣.涤纶染色用碱剂PT-90[J].印染,2007(8):25-27.
[35]彭勇刚,纪俊玲,汪缓.涤纶织物碱性染色[J].印染,2008(24):27-28.
[36]霍瑞亭,董振礼.分散染料碱性染色助剂的研究[J].针织工业,1999(3):49-52.
[37]吴英,杨栋梁.分散染料碱性染色体系(一)[J].印染,1996,2(22):35-38.
[38]吴英,杨栋梁.分散染料碱性染色体系(二)[J].印染,1996,3(22):31-38.
[39]吴英,杨栋梁.分散染料碱性染色体系(三)[J].印染,1996,4(22):33-35.
[40]吴英,杨栋梁.分散染料碱性染色体系(四)[J].印染,1996,5(22):34-37.
[41]程侣佰,简卫.分散染料的近期进展[J].化工纵横,2001(1):1-4.
[42]林诗钦.分散染料发展动向[J].上海化工,1998,16(23):28-31.
[43] MA Weaver.Disperse Dyes:A Dye Chemist’s Perspective,AATCC Review,2003,1(3),17-21.
[44] Ciba.S C.Higher Wash Fastness In PES Dyeing[J]. Int Dyer,2003(9):43-50.
[45] Ian Holme.Innovation and the Rise of PES[J].Int Dyer,2003(9) :35-42.
[46]赵涛.染整工艺学教程(第二分册)[M].北京:中国纺织出版社,2005.4:437-438.
[47] Namboori CGG . Some Aspects of Alkaline Hydrolysis Poly(ethylene Tere- -phthalate)[J].Textile chem Color,1969(1):24-25.
[48] Dave J,Kumar R,Srivastava HC.Studies on Modification of Polyester Fabrics,I:Alkaline Hydrolysis[J].J.Appl.Polym.Sci,1987(33):455-577.
[49]坂井昌彦,末广拓也,柳克彦.烂花印花加工布帛[P].CN 101297078:1-18.
[50]张邱艳.涤棉织物的烂花印花工艺[J].印染,2003(1):18.
[51]文金秀.涤棉混纺织物着色烂花工艺探讨[J].染整技术,1995(17):29-30.
[52]魏凤,王利民,刘江波,刀永生.涤棉烂花圆网生产工艺探讨[J].印染,1997,8(23):12-14.
[53]范学兰.涤棉针织物的烂花印花工艺探讨[J].针织工业,1996(1):9-11.
[54]唐增荣.国内外纺织品立体印花技术研究[J].丝网印刷,2008.9:10-13.
[55]王振东,傅文娟.涤棉织物滚筒烂花印花生产工艺探讨[J].印染,2000(2):25-26.
[56]田舒刚.高档烂花印花产品的工艺探讨[J].印染,2001(4):31-32.
[57]简报快讯.烂花印花织物工艺处理技术要点[J].现代纺织技术,2005(2):31.
[58]朱志祥.超厚平绒烂花生产工艺[J].印染,2008(1):16-18.
[59]魏勤,王杰志.涤粘装饰织物烂花印花工艺探讨[J].印染,1999(6):22-23.
[60]肖长发,尹翠玉,张华等.化学纤维概论(第二版)[M].北京:中国纺织出版社,2005.7:32.
[61] Lina Zhang,Dong Ruan,Shanjun Gao.Dissolution and regeneration of celloluse in NaOH/thiourea aqueous solution[J].Journal of Polymer Science Part B:Polymer Physics,2002,40(14):1521-1529.
[62] Yamashiki T.New class of cellulose fiber spun from the novel solution of cellulose by wet spinning method[J].J.Appl.Polym.Sci.,1992,44(40):691.
[63]李连举,翟孝羽,许志忠.分散和直接染料碱性同浴染色探讨[J].纺织导报,2006(7):84-86.
[64]岳仕芳.国产分散染料用于涤纶纱碱性染色工艺探讨[J].染整技术,2006,1(28):29-32.
[65]晓琴,章杰.我国分散染料发展趋势[J].印染,2006(10):44-48.
[66]周奥佳.细旦涤纶织物的碱性染色[J].苏州丝绸工学院学报,1999,1(19):24-31.
[67]彭燕红译,陈水林校.向聚酯碱性染色的实际转变[N].国际纺织导报,1998(4):44-48.
[68]何谨馨.染料化学[M].北京:中国纺织出版社,2004.6:163.
[69]侯毓汾.染料化学[M].北京:化学工业出版社,1994.6:303-320.
[70]宋心远,沈煜如.活性染料染色的理论和实践[M].北京:纺织工业出版社.1991:175-203.
[71]程能林,梁本熹,胡声闻译.杨祝华审校.有机电子理论解说[M].北京:化学工业出版社.1990:142-148.
[72]鹏博,皆怡.蒽醌型分散染料代用品的开发和前景[J].化工科技动态,1992(6):5-9.
[73] Annen A,et.Heterocyclic diazo components and dyes[J].Review of Progress in Coloration,1987(17):72-86.
[74]朱坚,贾建洪,高建荣.杂环类分散染料近年来的发展[J].化工时刊,2002,20(2):58-62.
[75]陈荣圻.现代活性染料与分散染料的发展(三)[J].印染,2007,7:44-48.
[76]苏克曼,潘铁英,张玉兰.波谱解析法[M].上海:华东理工大学出版社.2002.8:91-112.
[77]简卫,程侣柏,陈美芬.含杂环芳胺的吡啶酮偶氮分散染料的研究[J].染料与染色,2004,41(3):147-149.
[78]彭勃,李慕洁,程侣柏.吡啶酮系偶氮型分散染料结构与性能的研究:Ⅰ.吡啶酮系偶氮型分散染料结构与光谱性能的关系[J].染料工业,1996,33(3):1-6.
[79]彭勤纪,王璧人,李慕洁等.羟基吡啶酮衍生物结构特征的研究[J].大连理工大学学报,1991,31(3):279-286.
[80]彭勃,李慕洁,程侣柏.吡啶酮系偶氮型分散染料结构与性能的研究:Ⅲ.吡啶酮系偶氮型分散染料结构与耐酸、碱变色性能的关系[J].染料工业,1996,33(6):1-5.
[81]高建荣,程侣柏,高昆玉.吡啶酮系偶氮类分散染料结构与性能的研究及进展[J].浙江化工,1994,25(1):12-16.
[82] Yamashiki T.Characterization of cellulose treated by the steam explosion method (Part 1):Influence of cellulose resources on changes in morphology, degree of polymerization,solubility and solid structure[J].British Polymer J,1991,22:73-83.
[83]李选刚,潘葵.碱对粘胶纤维定量分析的影响[J].印染,2004(16):39-40.
[84]刘仁庆.纤维素化学基础[M].北京:科学出版社,1985:185-187.
[85]王祥荣.纺织印染助剂生产与应用[M].南京:江苏科学技术出版社,2004.3:252-253.
[86]闵洁.复合变性玉米淀粉印花糊料的性能研究[J].东华大学学报(自然科学版),2002,1(28):97-100.