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点击数:30737 来源:化学与药学学院 作者: 录入:人员机构 更新时间:2023-09-27

杨秀林

pg电子官网的联系方式

手机号码:13396656826

电子邮箱: xlyang@gxnu.edu.cn

办公地址:化学楼304办公室,209实验室

基本介绍

        杨秀林博士,2013年于中国科学院化学研究所获得物理化学博士学位。2013-2018年在沙特king abdullah university of science and technology (kaust)先后以博士后及研究科学家身份进行研究工作。2015年获得广西科学技术奖二等奖;201711月入选广西高校引进海外高层次人才计划;20189月以“漓江学者b”引进至广西师范大学化学与药学学院;2019年12月晋升教授; 2021年11月任副院长;2022年5月被遴选为;2022年10月被聘为副编辑;2023年6月被遴选为编委。

        以第一作者或通讯作者在nano energy, appl. catal.: b, chem. eng. j.small, j. mater. chem. a, chem. commun., acs sustain. chem. eng., science china-chemistry, journal of energy chemistry等国际国内著名期刊发表sci论文80余篇。申请并获授权美国专利2项,授权中国发明专利20件,转化6件。主持国家自然科学基金2项,广西自然科学基金一项3项。

每年招生硕士研究生2人,博士研究生1人,研究方向不限,欢迎报考!

研究方向

(1)纳米复合材料的制备及在电化学水分解(析h2/o2)中的应用;

(2)高效orr催化剂的构建及在锌空或氢氧燃料电池中的应用;

(3)纳米复合材料的制备及在催化nabh4水解产氢中的应用。

课题组已经考取博士研究生情况

2023年:胡艳(南方科技大学);胡川(南京航空航天大学);杨玉婷(中山大学);罗祖洋(广西师范大学);李化通(中国石油大学);彭启敏(北京化工大学)

2022年:王丽霞(广西师范大学);周树清(广西师范大学);郭嫚(北京科技大学)

2020年:王本志(韩国成均馆大学);程晓阳(厦门大学)

2019年:郭静雅(大连理工大学)

2018年:曾译葵(华南理工大学);吴崇备(北京理工大学)

课题组在读及毕业硕士研究生

2023年(在读):牛成功,刘鹤洋,付彪,刘保发
2022级(在读):刘奕,韦凤丽,周阿玲

2021级(在读):黄志洋(2022国奖),石路岩(2022国奖,2022互联网 区级金奖),高铭成,章诗凡,殷浩然

2020级(毕业):王丽霞(2021年国奖,创新创业大赛一等奖,2022年“学术之星”,转硕博连读),罗祖洋(广西师范大学读博),李化通(中国石油大学读博),刘鑫锵,肖果蕾

2019级(毕业):杨玉婷(2021年国奖),郭嫚(2021年国奖,区级优秀毕业论文),彭启敏(2021年国奖),邵雪,胡川

2018级(毕业):周树清,胡艳(优秀硕士毕业生,2021十佳“学术之星”),余洪波

2017级(毕业):钱满才,王本志(优秀硕士毕业生,2020十佳“学术之星”),万梓霞,窦沙沙 

2016级(毕业):郭静雅(优秀硕士毕业生),程晓阳,甘秋萍

2015级(毕业):吴崇备(优秀硕士毕业生),王东升

2014级(毕业):曾译葵,汤婷婷,孙林欣

课题组博士研究生

闫普选(2021年7月毕业,桂林电子科技大学教师)
王丽霞(2022年9月--至今)
周树清(2022年9月--至今)
罗祖洋(2023年9月--至今)
汤婷婷(2023年9月--至今)
sheraz muhammad(2023年9月-至今)

本科生情况汇总

2022级(在读):沈靖皓(独秀,韦凤丽);黄梦涵(化三,刘鑫锵);潘未接(独秀,高铭成);杨秋玲(化二,周树清)

2021级(在读):程连蕊(独秀,刘奕); 朱可(独秀,石路岩); 龚俊琳(独秀,罗祖洋);廖淼(化二,黄志洋);胡昕然(独秀,李化通);黄嘉(化三,王丽霞)

2020级(在读):梁沁睿(独秀,中国科学技术大学);庄晓玲(应化,彭启敏);黎秋霞(应化,罗祖洋);赵韵茹(应化,王丽霞);韦茏桂(应化,彭启敏);刘正琪(独秀,黄志洋,中国科学院大学);黄怡(化学,刘奕,大连化学物理研究所

2019级(毕业):祁落落(独秀,吉林大学);曲苑(独秀);张婉玉(独秀,吉林大学);顾彩霞(化学,广西师范大学);戴秋梅(化学,杨玉婷,吉林大学);覃妍静(化学);刘鹤洋(化学,广西师范大学);牛成功(化学,广西师范大学

2018级(毕业):许梅娇(吉林大学,2021年国奖);黄河秀;何秋婷(南开大学);黄美琳;刘奕(广西师范大学,2022化学化工学术创新大赛一等奖)

2017级(毕业):谢金谕;刘嘉裕;林笛馨(深圳大学);黄志洋(广西师范大学,2021化学化工学术创新大赛一等奖);石路岩(广西师范大学)

2016级(毕业):孙婷婷;陈菊丹(南昌大学);覃瑰花;张莎莎(2020化学化工学术创新大赛一等奖);韦兵兵;王丽霞(广西师范大学)

2015级(毕业):张继芳(中国科学技术大学);刘斯文(广西师范大学)

[18] xinqiang liu#, shibiao su#, haoran yin, shifan zhang, tayirjan taylor isimjan, jin huang, xiulin yang*, dandan cai*; precise anchoring of fe sites by regulating crystallinity of novel binuclear ni-mof for revealing mechanism of electrocatalytic oxygen evolution, small, 2023, https://doi.org/10.1002/smll.202306085.

[17] xinqiang liu#, haoran yin#, shifan zhang, menghan huang, tayirjan taylor isimjan, xiulin yang*, dandan cai*, , journal of colloid and interface science, 653 (2024) 1379-1387, https://doi.org/10.1016/j.jcis.2023.09.185article.pdf.

[16] lixia wang, jia huang, zhiyang huang, huatong li, tayirjan taylor isimjan, xiulin yang*, , chemical engineering journal, 472 (2023) 144924,  article.pdf.

[15] lixia wang, meijiao xu, huatong li, zhiyang huang, lei wang, tayirjan taylor isimjan, xiulin yang*, , inorganic chemistry, 62 (2023) 13284-13292,  article.pdf.

[14] luoluo qi, zhiyang huang, miao liao, lei wang, lixia wang, mingcheng gao, tayirjan taylor isimjan, and xiulin yang*, , chemistry - a european journal, 2023, https://doi.org/10.1002/chem.202301521article.pdf.

[13] lixia wang, yanjing qin, huatong li, zhiyang huang, mingcheng gao, tayirjan taylor isimjan, xiulin yang*, , journal of colloid and interface science, 650 (2023) 719-727. https://doi.org/10.1016/j.jcis.2023.07.033article.pdf.

[12] yi liu, yi huang, shuqing zhou, yuting yang, lianrui cheng, tayirjan taylor isimjan, xiulin yang*, , inorganic chemistry, 62 (2023) 8719-8728. https://doi.org/10.1021/acs.inorgchem.3c01017article.pdf.

[11] lixia wang, meilin huang, mingcheng gao, tayirjan taylor isimjan, xiulin yang*, , materials chemistry frontiers, 7 (2023) 2628-2636,   article.pdf.

[10] yan hu, zhiyang huang(共一), qing zhang, tayirjan taylor isimjan, youqi chu, yongbiao mu, baoxin wu, zebing huang, xiulin yang*, lin zeng, , journal of colloid and interface science, 643 (2023) 455-464.  article.pdf.


[9] zhiyang huang, zhengqi liu(本科), miao liao(本科), lixia wang, zuyang luo, tayirjan taylor isimjan, xiulin yang*, , chemical engineering journal, 462 (2023) 142281, article.pdf.

[8] shuqing zhou, lianrui cheng(本科), yi huang(本科), yi liu, luyan shi, tayirjan taylor isimjan, xiulin yang*, , applied catalysis b: environmental, 328 (2023) 122519, article.pdf. https://doi.org/10.1016/j.apcatb.2023.122519. 

[7] chuan hu, fengli wei(共一), qinrui liang, qiming peng, yuting yang, tayirjan taylor isimjan, xiulin yang*. . journal of energy chemistry, 80 (2023) 247-255.article.pdf https://doi.org/10.1016/j.jechem.2023.01.047

[6] yi liu, lianrui cheng, yi huang, yuting yang, xianfa rao, shuqing zhou, tayirjan taylor isimjan, xiulin yang*. . chemsuschem, 16 (2023) e202202113,  article.pdf .

[5] lixia wang, hongbo yu, zhiyang huang, zuyang luo, tayirjan taylor isimjan, shoulei xu, xiulin yang*, , electrochimica acta, 443 (2023) 141932.article.pdf, https://doi.org/10.1016/j.electacta.2023.141932.

[4] huatong li, zhengqi liu, lixia wang, man guo, tayirjan taylor isimjan, xiulin yang*chemistry–a european journal, 29 (2023) e202203207.   ..

[3] chuan hu, qinru liang, yuting yang, qimin peng, zuyang luo, jiaxin dong, tayirjan taylor isimjan, xiulin yang*journal of colloid and interface science, 633 (2023) 500-510, https://doi.org/10.1016/j.jcis.2022.11.118.article.pdf


[2] man guo, zhiyang huang(共一), yuan qu(本科生), liaxia wang, huatong li, tayirjan taylor isimjan, xiulin yang*applied catalysis b: environmental, 320 (2023) 121991,  article .pdf

[1] zuyangluo, qimin peng, zhiyang huang, lixia wang, yuting yang, jiaxin dong, tayirjan taylor isimjan, xiulin yang*journal of colloid and interface science, 629 (2023) 111-120, https://doi.org/10.1016/j.jcis.2022.09.069article.pdf.


2022年发表学术论文

[16] luyan shi, ke zhu(2021级独秀本科),yuting yang, yi liu, shoulei xu, tayirjan taylor isimjan, xiulin yang*international journal of hydrogen energy, 47 (2022) 37840-37849, https://doi.org/10.1016/j.ijhydene.2022.08.289.article.pdf

[15] hongbo yu, lixia wang(共同一作), huatong li, zuyang luo, tayirjan taylor isimjan, xiulin yang*, chemistry–a european journal, 28 (2022) e202201784,  https://doi.org/10.1002/chem.202201784.article.pdf 


[14] qimin peng, xiaoling zhuang, longgui wei, luyan shi, tayirjan taylor isimjan, ruobing hou, xiulin yang*chemsuschem, 15 (2022) e202200827, https://doi.org/10.1002/cssc.202200827. article.pdf

[13] yuting yang, yi huang, shuqing zhou, yi liu, luyan shi, tayirjan taylor isimjan, xiulin yang*journal of energy chemistry, 72 (2022) 395-404. article.pdf

[12] puxuan yan, yanjing qin, yuting yang, xue shao, tayirjan taylor isimjan, xiulin yang*international journal of hydrogen energy, 47 (2022) 23530-23539. article.pdf

[11] chuan hu, caixia gu(2019级本科), man guo, yan hu, jiaixin dong*, lawrence d'souza, tayirjan taylor isimjan, xiulin yang*international journal of energy research, 46 (2022) 12378-12390, doi: 10.1002/er.8004article.pdf


[10] mancai qian, man guo(共一), yuan qu, meijiao xu, datai liu, cheng hou,* tayirjan taylor isimjan, xiulin yang*journal of alloys and compounds, 907 (2022) 164527. 


[9] yuting yang, qiumei dai(2019级化学), luyan shi, yi liu, tayirjan taylor isimjan, xiulin yang*the journal of physical chemistry letters, 13 (2022) 2107-2116. article.pdf


[8] lixia wang, yunru zhao(2020级应化), zhiyang huang, xianfa rao, man guo, tayirjan taylor isimjan, xiulin yang*, chemcatchem, 14 (2022) e202101933. article.pdf

   water splitting: a sheet-like co2p-cup2 heterostructure is successfully constructed on nf by consecutive hydrothermal, electrodeposition and phosphating treatment. the bifunctional co2p-cup2/nfcatalyst demonstrates extraordinary her and oer performance in overall watersplitting and zn-h2o cell.


[7] qimin peng, xue shao, chuan hu, zuyang luo, tayirjan taylor isimjan, zhifeng dou, ruobing hou, xiulin yang*, , journal of colloid and interface science, 615 (2022) 577-586. article.pdf

   a highly effective 1t-co4s3-wsultrathin nanosheet arrays on carbon cloth is successfully constructed by afacile in-situ growth and vulcanization strategies. electrochemical studies illustrated that the designed bifunctional catalyst exhibited excellent oer/her catalytic activity, long-term stability, as well as the simulated two electrode system.


[6] yan hu, zuyang luo(共一), man guo, jiaxin dong, puxuan yan, chuanhu, tayirjan taylor isimjan, xiulin yang*, , chemical engineering journal, 435 (2022) 134795. article.pdf (sci升级版一区,if=13.273).

  a bifunctional sheet-like co2n0.67/comooarrays on carbon cloth is constructed by a rational design and controllable synthetic methods. the resulted catalyst can provide highly active and stableperformance for hydrogen/oxygen evolution reactions (her/oer) in alkaline electrolytes. density functional theory (dft) calculations certify that theinterface between co2n0.67 and comoo4 components can optimize the energy barrier of reaction intermediates, thereby improving the catalytic performance of her and oer in overall water splitting and zn-h2o cell.


[5] zixia wan, qiuting he(2018级独秀,共一), yuan qu, jiaxin dong, elvis shoko, puxuan yan, tayirjan taylor isimjan, xiulin yang*,  journal of electroanalytical chemistry, 904 (2022) 115928, article.pdf (sci升级版三区,if=4.464)

      a three-dimensionalcoral-like fe2o3-cose2@se/cc heterostructureis constructed by a controllable hydrothermal method and subsequent soakingtreatment. the unique morphology and the synergy between different componentsare the key to obtain high-efficiency oer activity and stability in overallwater splitting.


[4] lixia wang, zhiyang huang, hexiu huang, shenghong zhong, meilin huang, tayirjan taylor isimjan, xiulin yang*,  electrochimica acta, 404 (2022) 139598. https://doi.org/10.1016/j.electacta.2021.139598  article.pdf(sci升级版二区,if=6.901)

    a porous sponge-like crp-re2p/nf catalyst was successfully constructed by afacile hydrothermal, drop casting, plus phosphating treatment. the bifunctional crp-re2p/nf catalyst exhibits extraordinary electrocatalytic performance for alkaline her and oer in simulating industrial overall water splitting andzn-h2o cell system.


[3] yan hu, man guo(共一), chuan hu, jiaxin dong, puxuan yan, tayirjan taylor isimjan, xiulin yang*,  journal of colloid and interface science, 68 (2022) 2066-2074. https://doi.org/10.1016/j.jcis.2021.10.128.article.pdf (sci升级版二区,if=8.128)

          the con-nd nanosheet withnitrogen defects was synthesized by solvothermal and low-temperature nitridation as a high-efficiency oer and orr electrocatalyst for rechargeable zn-air batteries. the excellent performance is attributed tothe unique structure providing abundant active sites, faster charge transferrate, electrolyte diffusion rate and gas release.


[2] xue shao, yuting yang, yi liu(本科), puxuan yan, shuqing zhou, tayirjan taylor isimjan, xiulin yang*journal of colloid and interface science, 607 (2022) 826-835. https://doi.org/10.1016/j.jcis.2021.08.210. article.pdf (sci升级版二区,if=8.128)


[1] qimin peng, qiuting he, yan hu, tayirjan taylor isimjan, ruobing hou, xiulin yang*,, journal of energy chemistry, 65 (2022) 574-582, article.pdf (sci一区,if=9.679)

[10] mancai qian, meijiao xu(共一), man guo, tayirjan taylor isimjan, elvis shoko, zhongfeng shi, xiulin yang*journal of power sources, 506 (2021) 230221.article.pdf  (sci一区,if=9.127)


[9] shasha dou, chuan hu(共一), luyan shi, wanyu zhang, shuqing zhou, puxuanyan, lawrence d'souza, tayirjan taylor isimjan, xiulin yang*, , chemcatchem, 13 (2021) 3628-3635. https://doi.org/10.1002/cctc.202100768.article.pdf (sci二区,if=5.686)


[8] man guo, meijiao xu(本科生), yuan qu(本科生), chuan hu, tayirjan taylor isimjan, xiulin yang*applied catalysis b: environmental, 297 (2021) 120415. article.pdf (sci一区,if=19.503)


[7] yuting yang, xue shao, shuqing zhou, puxuanyan, tayirjan taylor isimjan, xiulin yang*, , chemsuschem, 14 (2021) 2992-3000. article.pdf  https://doi.org/10.1002/cssc.202100893. (sci一区,if=8.928)


[6] hongbo yu, luoluo qi(本科), yan hu, yuan qu(本科), puxuan yan, tayirjan taylor isimjan, xiulin yang*journal of colloid and interface science, 600 (2021) 811-819. article.pdf(sci二区,if=8.128)


[5] benzhi wang, lixia wang(共一), yongteng qian, yuting yang, tayirjan taylor isimjan, xiulin yang*, , sustainable energy and fuels, 5 (2021) 2884-2892. article.pdf(sci二区,if=6.367)


[4] puxuan yan, yan hu(共一), elvis shoko, tayirjan taylor isimjan, jianniao tian, xiulin yang*, , advanced materials interfaces, 8 (2021) 2100065. https://doi.org/10.1002/admi.202100065. article.pdf(sci二区,if=6.147)


[3] shuqing zhou, yuting yang(共一), wanyu zhang(本科生), xianfa rao, puxuan yan, tayirjan taylor isimjan, xiulin yang*journal of colloid and interface science, 591 (2021) 221-228article.pdf(sci二区,if=8.128)


[2] yan hu, hongbo yu, luoluo qi(本科生), jiaxin dong, puxuanyan, tayirjan taylor isimjan, xiulin yang*, chemsuschem, 2021, 14, 1565-1573.  article.pdf.(sci一区,if=8.928)


[1] shasha dou, wanyu zhang, yuting yang, shuqing zhou, xianfa rao, puxuan yan, tayirjan taylor isimjan, xiulin yang*, , international journal of hydrogen energy, 46 (2021) 7772-7781. https://doi.org/10.1016/j.ijhydene.2020.12.011. article.pdf(sci二区,if=5.816)



[11] shasha dou, shuqing zhou(共同一作), hexiu huang(本科生), puxuan yan, elvis shoko, tayirjan taylor isimjan, xiulin yang*, , chemistry–a european journal, 26 ( article.pdf(sci二区, if=5.236)

[10] zixia wan, hongbo yu(共同一作), qiuting he(本科生), yan hu, puxuan yan, xue shao, tayirjan taylor isimjan, bing zhang, xiulin yang, xiulin yang*international journal of hydrogen energy, 45 (2020) 22427-22436. article.pdf (sci二区,if=5.816)

[9] benzhi wang, hexiu huang(本科生), meilin huang(本科生), puxuan yan, tayirjan taylor isimjan, xiulin yang*, , science china-chemistry, 63 (2020) 841–849.artice.pdf (化学综合,sci一区,if=9.445)

[8] zixia wan, qiuting he(本科生), jundan chen(本科生), tayirjan taylor isimjan, bao wang, xiulin yang*chinese journal of catalysis, 41 (2020) 1745–1753. article.pdf (sci一区,if=8.271)


[7] puxuan yan, meilin huang(本科生), benzhi wang, zixiawan, mancai qian, hu yan, tayirjan taylor isimjan, jianniao tian, xiulin yang*oxygen defect-rich double-layer hierarchical porous co3o4 arrays as high-efficient oxygen evolution catalyst for overall water splittingjournal of energy chemistry, 47 (2020) 299-306. article.pdf (sci一区,if=9.679)


[6] benzhi wang, hexiu huang(本科生), tingting sun(本科生), puxuan yan, tayirjan taylor isimjan, jianniao tian, xiulin yang*journal of colloid and interface science, 567 (2020) 339-346. article.pdf. (sci二区,if=8.128)

[5] jingya guo, benzhi wang, dandan yang(本科生), zhixia wan, puxuan yan, jianniao tian, tayirjan taylor isimjan, xiulin yang*, , applied catalysis b: environmental, 265 (2020) 118584article.pdf. (sci一区,if=19.503)

[4] xiaoyang cheng, shasha dou, guihua qin(本科生), benzhi wang, puxuan yan, tayirjan taylor isimjan, xiulin yang*, int. j. hydrogen energy, 45(2020)6128-6137.article.pdf. (sci二区,if=5.816)

[3] mancai qian, meijiao xu(本科生), shuqing zhou, jianniao tian, tayirjan taylor isimjan, zhongfeng shi, xiulin yang* , journal of colloid and interface science564 (2020) 276-285article.pdf. (sci二区,if=8.128)

[2] qiuping gan,  benzhi wang, judan chen(本科生), jianniao tian, tayirjan taylor isimjan, xiulin yang* clean energy, 4 (2020) 58-66,article.pdf.

[1] mancai qian, xiaoyang cheng, tingting sun(本科生), jianniao tian, tayirjan taylor isimjan, zhongfeng shi,  xiulin yang* journal of alloys and compounds, 819 (2020) 153015article.pdf. (sci二区,if=5.316)


[5] zixia wan, dandan yang(本科生), judan chen(本科生), jianniao tian, tayirjan taylor isimjan, xiulin yang*, , acs applied nano materials, 2 (2019) 6334-6342article.pdf. (if=5.097)

[4] jingya guo, chongbei wu, jifang zhang(本科生), puxuan yan, jianniao tian, xingcan shen, tayirjan taylor isimjan, xiulin yang*, , j. mater. chem. a, 7 (2019) 8865-8872article.pdf. (sci一区,if=12.732)

[3] qiuping gan, xiaoyang cheng, judan chen(本科生), dongsheng wang, benzhi wang, jianniao tian, tayirjan taylor isimjan, xiulin yang*, , electrochim. acta, 301 (2019) 47-54article.pdf. (sci二区,if=6.901)

[2] xiaoyang cheng, puxuan yan, siwen liu(本科生), mancai qian, benzhi wang, zixia wan, jianniao tian, xing-can shen, tayirjan taylor isimjan, xiulin yang*, , int. j. hydrogen energy, 44 (2019) 12127-12137article.pdf. (sci二区,if=5.816)

[1] chongbei wu, jingya guo, jifang zhang(本科生), yanchun zhao, jianniao tian, tayirjan taylor isimjan, xiulin yang*, , renew. energy, 136 (2019) 1064-1070article.pdf. (sci一区,if=8.001)

2018年及以前广西师大发表论文

[7] chongbei wu, jifang zhang(本科生), jingya guo, linxin sun, jun ming, hailin dong, yanchun zhao, jianniao tian, xiulin yang*,  , acs sustain. chem. eng., 6 (2018) 7451–7457article.pdf.

[6] dongsheng wang, siwen liu(本科生), qiuping gan, jianniao tian, tayirjan taylor isimjan, xiulin yang*, journal of electroanalytical chemistry, 829 (2018) 81-87article.pdf.

[5] tingting tang, qiuping gan, xiaohui guo(本科生), hailin dong, jifang zhang, yanchun zhao, jianniao tian, xiulin yang*,  sustain. energ. fuels, 2 (2018) 229-236article.pdf.

[4] yafang tang, mingxiu liu, lingcao xu, jianniao tian, xiulin yang*,  yanchun zhao, shulin zhao, , analytical methods, 10 (2018) 3777-3782.

[3] yikui zeng, sisi tian, dongsheng wang, hailin dong, xiaoyang cheng, yanchun zhao, jianniao tian, xiulin yang*,  chemistryselect, 2 (2017) 9291-9297article.pdf.

[2] jinxiao zhang, xiulin yang*, hongfei shao, chien-chih tseng, sisi tian, wenjing hu, chen jing, jianniao tian, yanchun zhao, , fuel cells, 17 (2017) 115-122article.pdf.

[1] xinglan peng, duhong chen, xiulin yang*, dongsheng wang, mengliu li, chien-chih tseng, rajapandiyan panneerselvam, xiao wang, wenjing hu, jianniao tian, yanchun zhao, , acs appl. mater. interfaces, 8 (2016) 33673-33680article.pdf.

入职前发表论文

[1] shenghong zhong, xiulin yang(共同一作), zhen cao, xinglong dong, sergey m. kozlov, laura falivene, jing-kai huang, xiaofeng zhou, mohamed n. hedhili, zhiping lai, kuo-wei huang, yu han, luigi cavallo, lain-jong li, efficient electrochemical transformation of co2 to c2/c3 chemicals on benzimidazole-functionalized copper surfaces, chemical communications, 54 (2018) 11324-11327.

[2] xiaofeng zhou, xiulin yang(共同一作),  mohamed nejib hedhili, henan li, shixiong min, jun ming, kuo-wei huang, wenjing zhang, lain-jong li, symmetrical synergy of hybrid co9s8-mosx electrocatalysts for hydrogen evolution reaction, nano energy, 32 (2017) 470-478.

[3] yen-chang chen, ang-yu lu, ping lu, xiulin yang, chang-ming jiang, marina mariano, bryan kaehr, oliver lin, andré taylor, ian d. sharp, lain-jong li, stanley s. chou, vincent tung, structurally deformed mos2 for electrochemically stable, thermally resistant, and highly efficient hydrogen evolution reaction, adv. mater., 29 (2017) 1703863.

[4] wei han, xiulin yang(共同一作), fuwen zhao, xiaofeng shi, taishan wang, xiangdong zhang, li jiang, chunru wang, a mesoporous titanium glycolate with exceptional adsorption capacity to remove multiple heavy metal ions in water, rsc adv., 7 (2017) 30199-30204.

[5] xiulin yang, henan li, ang-yu lu, shixiong min, zacharie idriss, mohamed nejib hedhili, kuo-wei huang, hicham idriss, lain-jong li, highly acid-durable carbon coated co3o4 nanoarrays as efficient oxygen evolution electrocatalysts, nano energy, 25 (2016) 42-50.

[6] ang-yu lu, xiulin yang(共同一作), chien-chih tseng, shixiong min, shi-hsin lin, chang-lung hsu, henan li, hicham idriss, jer-lai kuo, kuo-wei huang, lain-jong li, high-sulfur-vacancy amorphous molybdenum sulfide as a high current electrocatalyst in hydrogen evolution, small, 12 (2016) 5530-5537.

[7] xiulin yang, ang-yu lu, yihan zhu, mohamed nejib hedhili, shixiong min, kuo-wei huang, yu han, lain-jong li, cop nanosheet assembly grown on carbon cloth: a highly efficient electrocatalyst for hydrogen generation, nano energy, 15 (2015) 634-641.

[8] xiulin yang, ang-yu lu, yihan zhu, shixiong min, mohamed nejib hedhili, yu han, kuo-wei huang, lain-jong li, rague-like fep nanocrystal assembly on carbon cloth: an exceptionally efficient and stable cathode for hydrogen evolution, nanoscale, 7 (2015) 10974-10981.

[9] xiulin yang, mingming zhen, gen li, xianzong liu, xueyun wang, chunying shu, li jiang, chunru wang, preparation of pd-decorated fullerenols on carbon nanotubes with excellent electrocatalytic properties in alkaline media, j. mater. chem. a, 1 (2013) 8105-8110.

[10] xiulin yang, xueyun wang, xianzong liu, yanjun zhang, weiguo song, chunying shu, li jiang, chunru wang, preparation of graphene-like iron oxide nanofilm/silica composite with enhanced adsorption and efficient photocatalytic properties, j. mater. chem. a, 1 (2013) 8332-8337.

[11] xiulin yang, xueyun wang, yongqiang feng, guoqiang zhang, taishan wang, weiguo song, chunying shu, li jiang, chunru wang, removal of multifold heavy metal contaminations in drinking water by porous magnetic fe2o3@alo(oh) superstructure, j. mater. chem. a, 1 (2013) 473-477.

[12] xiulin yang, xianzong liu, xiangyue meng, xueyun wang, gen li, chunying shu, li jiang, chunru wang, self-assembly of highly dispersed pt and ptru nanoparticles on perylene diimide derivatives functionalized carbon nanotubes as enhanced catalysts for methanol electro-oxidation, j. power sources, 240 (2013) 536-543.

[13] xiulin yang, junpeng zheng, mingming zhen, xiangyue meng, feng jiang, taishan wang, chunying shu, li jiang, chunru wang, a linear molecule functionalized multi-walled carbon nanotubes with well dispersed ptru nanoparticles for ethanol electro-oxidation, appl. catal.: b, 121–122 (2012) 57-64.

[14] xiulin yang, xueyun wang, guoqiang zhang, junpeng zheng, taishan wang, xianzong liu, chunying shu, li jiang, chunru wang, enhanced electrocatalytic performance for methanol oxidation of pt nanoparticles on mn3o4-modified multi-walled carbon nanotubes, int. j. hydrogen energy, 37 (2012) 11167-11175.

[15] yanchun zhao, xiulin yang, lu zhan, shengju ou, jianniao tian, high electrocatalytic activity of ptru nanoparticles supported on starch-functionalized multi-walled carbon nanotubes for ethanol oxidation, j. mater. chem., 21 (2011) 4257-4263.

[16] yanchun zhao, xiulin yang, jianniao tian, fengyang wang, lu zhan, a facile and novel approach toward synthetic polypyrrole oligomers functionalization of multi-walled carbon nanotubes as ptru catalyst support for methanol electro-oxidation, j. power sources, 195 (2010) 4634-4640.

[17] yanchun zhao, xiulin yang, jianniao tian, fengyang wang, lu zhan, methanol electro-oxidation on ni@pd core-shell nanoparticles supported on multi-walled carbon nanotubes in alkaline media, int. j. hydrogen energy, 35 (2010) 3249-3257.

[18] yanchun zhao, xiulin yang, jianniao tian, fengyang wang, lu zhan, highly dispersed pd nanoparticles on 2-aminophenoxazin-3-one functionalized mwcnts surface for methanol electro-oxidation in alkaline media, mater. sci. eng. b, 171 (2010) 109-115.

[19] yanchun zhao, xiulin yang, jianniao tian, electrocatalytic oxidation of methanol at 2-aminophenoxazin-3-one-functionalized multiwalled carbon nanotubes supported ptru nanoparticles, electrochim acta, 54 (2009) 7114-7120.

其他

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