1、自制仪器 nlzy—200动态滤水分析仪，带数据自动采集与分析系统。可用于测定浆料中细小纤维的含量、评价造纸助剂的助留、助滤效果等研究。
2、主要论文：
[1] ting li; kaiyi su; chaofeng zhang; bingbing luo; yue zhang; jinlan cheng; yongcan jin;feng wang ; matching the metal oxides with a conjugated and confined n-oxyl radical for the photocatalytic c(sp3)–h bond activation, applied catalysis b: environmental, 2024, 342(342): 1-12 [2] chaofeng zhang; xiaojun shen; yongcan jin; jinlan cheng; cheng cai; feng wang ; catalytic strategies and mechanism analysis orbiting the center of critical intermediates in lignin depolymerization, chemical reviews, 2023, 123(123): 4510-4601 [3]junjun zhu, ningxin jiao, jinlan cheng, han zhang, guangliu xu, yong xu, j. y. zhu. integrated process for the co-production of bioethanol, furfural, and lignin nanoparticles from birch wood via acid hydrotropic fractionation [j]. renewable energy, 2023, 204(176-84). [4]王敏; 程金兰*; 李鑫; 陆晶晶; 尹崇鑫; 戴红旗 ; 酸性助水溶剂脱除木质素机理分析, 化工学报,2022, 73(5): 2206-2221 [5] 程金兰, 尹崇鑫, 王敏, et al. p-tsoh对稻草的组分分离动力学及分离产物性质 [j]. 林业工程学报, 2022, 7(01): 122-9.
[6]王敏,尹崇鑫,程金兰*,朱文远.层次分析-模糊综合评价法在制浆造纸水污染控制技术评估中的应用[j].林业工程学报,2021,6(04):107-113.doi:10.13360/j.issn.2096-1359.202007017. [7]尹崇鑫,王敏,程金兰*,卞辉洋,吴伟兵,戴红旗.助水溶剂应用在生物质精炼领域的研究进展[j].林产化学与工业,2021,41(03):134-140. [8] yin c, wang m, ma q, cheng j.* et al. valorization of rice straw via hydrotropic lignin extraction and its characterization [j]. molecules, 2021, 26(14): 4123. [9] bd a , hz a , lc a , et al. effect of lignin structure in different biomass resources on the performance of lignin-based carbon nanofibers as supercapacitor electrode[j]. industrial crops and products,2021,170. [10] du b , chai l , zhu h , et al. effective fractionation strategy of sugarcane bagasse lignin to fabricate quality lignin-based carbon nanofibers supercapacitors[j]. international journal of biological macromolecules, 2021(10). [11]陈婷婷,王晨,程金兰*,张辉,宜勇钢.漂白化学针叶木泡沫浆料流变性能的研究[j].中国造纸学报,2020,35(04):35-41. [12]陈婷婷,王晨,程金兰,朱文远,陈务平.相同集聚因子时纤维悬浮液的流动特征及机理[j].林业工程学报,2020,5(04):121-126. [13]尹崇鑫,程金兰*,任浩,孙悦,王倩,雷春发.p-tsoh处理对硫酸盐竹浆成纸性能的影响[j].纤维素科学与技术,2020,28(02):41-49. [14] cheng j.l., hirth k, ma q, et al. toward sustainable and complete wood valorization by fractionating lignin with low condensation using an acid hydrotrope at low temperatures (≤80 °c)[j]. industrial & engineering chemistry research, 2019, 58(17): 7063-7073 [15] 高庆春,程金兰*,杜书兰,张皓羽.凹凸棒土对阳离子淀粉的吸附性能及其在纸浆中的应用[j].林业工程学报,2019(02):80-86 [16] wang z.j., qiu s., hirth k., cheng j.l., et al. preserving both lignin and cellulose chemical structures: flow-through acid hydrotropic fractionation at atmospheric pressure for complete wood valorization[j]. acs sustainable chemistry & engineering, 2019, 7(12): 10808-10820 [17] 高庆春,程金兰*,杜书兰,姚开扣.凹凸棒土对纸浆中压敏胶留着率的影响[j].中国造纸,2018,37(08):31-35 [18] 高庆春,程金兰*,杜书兰,姚开扣.凹凸棒土对纸中胶黏物的影响[j].中华纸业,2018,39(06):29-32 [19] cheng j.l., li j.l., luo x., liu x.h., peng l.l., chen t.c., yao k.k. difference between chinese handmade calligraphy paper and machine made calligraphy paper and its effect on ink diffusion [c]. the 5th international conference on pulping, papermaking and biotechnology (icppb’18),nanjing,china.2018, 1266-1269 [20] 张辉, 王淑梅, 程金兰, 王晨, 胡楠. 制浆造纸装备科学技术发展研究[a]. .2016-2017制浆造纸科学技术学科发展报告[c].:中国造纸学会,2018:93-120 [21] 陈慧，王煜嘉，程金兰*,等. 纳米二氧化钛在造纸中的应用[j]. 江苏造纸, 2018(4):36-38 [22] 王晨,郑学梅,张辉,沙九龙,程金兰.纤维尺寸对漂白硫酸盐木浆悬浮液屈服应力的影响[j].林产化学与工业,2017,37(03):89-94 [23] 陈楷,翟华敏,程金兰,杜家富,叶庆洋.羧甲基纤维素特性及其湿部工艺对纸页增强的影响[j].中华纸业,2017,38(06):31-35 [24] 姚开扣, 程金兰*, 高庆春,等. 中国书画用纸润墨性能研究现状[j]. 江苏造纸, 2017(2):14-16 [25] duan h.t., cheng. j.l. *. effect of wood pulp on reconstitued tobacco wet web making[c]. 5th international symposium on emerging technologies of pulping and papermaking & 3rd international papermaking and environment conference. guangzhou,china. 2016,99：1-4 . [26] 程金兰.纸的故事之纸的发明[j].七彩语文(写字与书法),2016,01:38-41 [27] 程金兰.纸的故事之纸的原料[j].七彩语文(写字与书法),2016,02:36-39 [28] 程金兰.走遍世界的造纸术[j].七彩语文(写字与书法),2016,03:36-37 [29] 程金兰.探访纸的生产工艺流程[j].七彩语文(写字与书法),2016,04:36-37 [30] 程金兰.说说传统手工纸的加工[j].七彩语文(写字与书法),2016,05:38-39 [31] 程金兰.五花八门的纸张世界——说说各种类型的手工纸[j].七彩语文(写字与书法),2016,06:36-38 [32] 程金兰.纸寿千年 墨韵万变——说说纸性与中国书画的关系[j].七彩语文(写字与书法),2016,07:36-39 [33] 程金兰.传承文明的重要载体——纸与书籍[j].七彩语文(写字与书法),2016,08:36-38 [34] 程金兰.纸与流通——说说纸币的前世今生[j].七彩语文(写字与书法),2016,09:36-39 [35] 程金兰.鸿雁传书——说说邮政与纸[j].七彩语文(写字与书法),2016,10:36-38 [36] 程金兰.腕底清风——扇子和册页[j].七彩语文(写字与书法),2016,11:36-37 [37] 程金兰.与书画相关的纸制品[j].七彩语文(写字与书法),2016,12:36-37 [38] 高庆春,程金兰*,陈慧.凹凸棒土的改性增效及其在造纸中的应用[c]. 华东七省市造纸学会年会第三十届学术年会论文集.2016, 331-336 [39] cheng j.l., leu s.y., zhu* j.y., gleisner r. high titer and yield ethanol production from undetoxified whole slurry of douglas-fir forest residue using ph profiling in sporl [j]. biotechnology for biofuels. 2015, 8:22 [40] cheng j.l., leu s. y., gleisner r., pan x. j., zhu* j. y. high solids quasi-simultaneous enzymatic saccharification and fermentation of un-detoxified whole slurry of sporl pretreated douglas-fir forest residue[j]. cellulose chemistry and technology. 2014,48(9-10): 849-854 [41] cheng j.l., leu s. y., zhu* j.y.,thomas w. jeffries.ethanol production from non-detoxified whole slurry of sulfite-pretreated empty fruit bunches at a low cellulase loading[j].bioresource technology 2014,164 : 331–337 [42] cheng j.l., zhou h.f., gleisner r., pan x.j., zhu* j.y.. biorefining forest residue using sporl: process scale-up design, lignin co-product, and high solids fermentation without detoxification[c]. the 5th nordic wood biorefinery conference (nwbc), stockholm,sweden. 2014, 25-27 [43] 池杏微,亓白岩,吕佳青,吕帅,程金兰,殷云龙.中山杉纸浆材制浆特性初探[j].林业科技开发,2014,28(05):96-98 [44] cheng j.l., zhai * h.z. comparison of the adsorption of cationic and native starches onto fillers[c]. proceeding of the 4th international conference on pulping, papermaking and biotechnology(icppb' 12), nanjing, china.2012: 614-617 [45] 程金兰，李忠正. 新型阴离子垃圾捕集剂epi-dma在bctmp浆中的应用[a]. 中国造纸学会.中国造纸学会第十五届学术年会论文集[c].中国造纸学会:中国造纸学会,2012:3 [46] cheng j.l., li. z.z. characteristics of bctmp and its effects on art base paper[c]. impc xi’an 2011.:412-416 [47] 张辉*,王淑梅,程金兰,胡楠,邝仕均.我国制浆造纸装备科学技术的发展（续）[j].中国造纸,2011,30(5):58-63 [48] 张辉*,王淑梅,程金兰.我国制浆造纸装备科学技术的发展[j].中国造纸，2011,30(4): 55-63 [49] cheng j.l.,zhai* h.m. , l. lu. adsorption of cationic starch on different fillers[c]. 4th isetpp guangzhou, china, 2010:1856-1860 [50] 程金兰,翟华敏*,谢承俊.颗粒粒度对填料湿部留着率的影响[j].中国造纸,2010, 28(1):1-4 [51] 程金兰,翟华敏*,吴惠英.造纸主要填料动态留着特性研究[j].中国造纸学报,2009,24(04):46-50 [52] 程金兰,翟华敏.用动态过滤法研究填料在纤维上的吸附特性[j].南京林业大学学报(自然科学版),2008(05):99-103 [53] 程金兰,翟华敏,汤丽娟.pae对不同浆料薄型纸湿强度特性的影响[j].中国造纸,2008(04):17-20 [54] 程金兰,毕松林.麦草浆造纸湿部化学特性初探[j].中国造纸,2004(05):21-24 [55] 程金兰,毕松林.变性淀粉用于麦草浆造纸[j].纸和造纸,2003(06):70-73 [56] 龚木荣,毕松林,孙建华,薛颖,程金兰.复合纤维素酶提高occ浆滤水性能[j].中国造纸,2003(01):16-18 [57] 程金兰,毕松林.麦草浆助留助滤剂的研究[j].中国造纸,2002(06):16-19 [58] 程金兰,毕松林.变性淀粉在麦草浆上的留着[j].中华纸业,2002(07):27-29 3. 专著：
[1].造纸行业水污染全过程控制技术发展蓝皮书.科学技术文献出版社.2020.12.isbn: 9787518974122.参与编写 [2]. 中国造纸学会. 2016-2017制浆造纸科学技术学科发展报告. 中国科学技术出版社.2018.3,isbn: 9787504679437.参与编写 [3]. 中国造纸学会.制浆造纸科学技术学科发展报告(2010-2011). 中国科学技术出版社.2011.4, isbn: 9787504658135.参与编写 [4].吴勇,程金兰.中华传统老作坊--走近造纸坊.江苏少年儿童出版社.2003. isbn 7-5346-2925-x 4. 奖励： [1].程金兰（6/6），木质纤维生物质生物炼制关键技术及应用，国家教育部，技术发明奖，二等奖， 2017 [2]. 程金兰 （3/10），农林废弃生物质生物炼制关键科学问题的研究，国家林业局，梁希林业科学技术奖，二等奖，2017
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