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北京化工大学2019年度重大科技进展揭晓

og真人weixuexiguanche,dalihongyangxinshidaikexuejiajingshen,jiliheyindaoogzhenrenguangdakejigongzuozhezhuiqiuzhenli、yongpangaofeng,zuoxinshidaidefendouzhe,nuli“xingchengyipijichuyanjiuheyingyongjichuyanjiudeyuanchuangxingchengguo,tupoyipikabozideguanjianhexinjishu”,xuexiaozi2019nianqizuzhipingxuannianduzhongdakejijinzhan。jingxueyuantuijian、xiaowaizhuanjiawangluopingshen、xiaoxueshuweiyuanhuitoupiao、xiaozhangbangonghuishenyijixiaoneigongshidengpingxuanhuanjie,7xiangchengguozuizhongruxuanxuexiao2019nianduzhongdakejijinzhan。xianyuyigongbu,daiyiqingjieshuhouxuexiaojiangzejizhaokaibiaozhangdahui。

特种高性能橡胶复合材料关键技术及工程应用

主要完成人: 张立群、田明、杨海波

og真人jianjurouxinghegaoqiangdudelianxuxianwei/xiangjiaofuhecailiaoshusongdai,guangfanyingyongyuyejin、jiancai、kuangshan、meikuangdengzhongdianchanyeeliegongkuanghefuzadixingqudewuliaoshusong,meinianshusongwuliaoshubaiyidun,zuoyongjuda。zhenduidaxingtezhongxiangjiaoshusongdaizhangqibeijijiaguowaidagongsilongduandexianzhuang,gaixiangmuchanxueyanqiangqianglianhe,zaiguojia“863”jihuadengxiangmudechixuzhichixia,(1)kaifaleshusongdaifuhecailiaojiegoujixianweizengqiangtibianzhijiegoudeyouxianyuanfenxiruanjian,jianlileshusongdaijiegouyuxingnengdeyouhuashejifangfa;(2)chuangxinweinafuhegaixingjihuaxuejiezhigaixingxinjishu,gongkelexiangjiaocailiao“gaowenxiakanglaohuajianjugaowenqiangdu”、“gaokangsijianjugaonaimoxing”、“gaozuranjianjugaonaimoxing”dengpingjingwenti,xianzhutishenglezaibutongfuzakekegongkuangxiafuyidechengzaimianxiangjiaocailiaodexingneng;(3)kaifaleyubutongxianweicailiaozengqiangtipipeidegaozhanheqiangdujiemiancengxiangjiaocailiao,jiejuelegaozhanduxiangjiaoyuxianweizengqiangtidejiemianzhanhenanti;(4)yanfalekuanfulianxujichu-yayan-hengzhanglifuhe、gangsishengjunyunpaibuyuhengzhanglilashenjingzhunkongzhifuhedengxianjingongyijiguanjianzhuangbei,jiejuelelianxuxianwei/xiangjiaofuhecailiaotezhongdaxingshusongdaizhizaoguochengzhongyijiaqi、chicunkongzhijingduchadengnanti,yanzhichuleyejin、jiancai、kuangshan、meikuangdengzhongdianxingyeyongdaxingtezhongxiangjiaoshusongdai,chanpinshouminghexingnengkeyuguojizhimingdagongsitongleichanpinbijian,yizaizhongguo、aodaliya、zhili、yindudeng30duojiaguoneiwaizhimingyonghushiyong。shouquanzhuanli54xiang(famingzhuanli44xiang),zhuchihuocanyuxiudingguojia/xingyebiaozhun7xiang。gaijishuchengguoketuiguangyingyongdaogezhonggaosugaozailuntai、junminliangyongnaiyagaoqiangxiangjiaozhijiandenglingyu,duituidongwoguoxiangjiaogongyejishujinbujuyouzhongyaoyiyi。huo2019nianguojiakejijinbujiangerdengjiang。

高纯/超高纯化学品精馏关键技术研究与工业应用

主要完成人: 李群生

og真人gaochun/chaogaochunhuaxuepinshidianzixinxi、hangkonghangtiandengduogelingyujixudegaoduanjichucailiao,jingliutichunshiqishengchanguanjian。qijingliucunzaiwuxifuza、tichunnandudadengshijiexingnanti。bufenguanjianjishuzhangqibeiguowailongduan,yanzhongzhiyuewoguoxinpiandengxingyefazhan。chuangxinchengguobaokuo: (1)tichu“yemoraodong”moxing,famingleqingjiewuxigao/chaogaochunhuaxuepinjingliudebhxingtianliaochengtaojishu。gongyeshengchanchudianzijierlverqingguidengguiyuan,dapoleguowaijishufengsuo。(2)kaifalefeiqingjiewuxigao/chaogaochunhuaxuepinjingliudefgvttabanchengtaojishu。jiancheng3000dun/nianchunduda99.99999999%、xinpianhejichengdianludengjixudegaochunguigongyezhuangzhi,tiqianhuanjiemaoyizhandeweixie。(3)shouchuanglegao/chaogaochunhuaxuepinshengchanquanliuchengde4d-rsmyouhuajishu,jienenglvbitongleixianjinjishugao30%。gaichengguozai29jiaqiye148gexiangmuchenggongyingyong,jinsannianhuozhijiejingjixiaoyi34.34yiyuan,jieyue27.34wandunbiaomei,jianpai38.19wandunfeiye,manzuguojiazhanlvexuqiu。chuangxinxingqiang,duitigaoxiangguanxingyedekejijinbuyouxianzhutuidongzuoyong。huo2019nianjiaoyubukejijinbuyidengjiang、zhongguoshihualianhehuikejijinbuyidengjiang、zhongguochanxueyanhezuokejijinbuyidengjiangdeng。

可重构铁磁性液滴

主要完成人: 刘绪博、史少伟、王东

chuantongtiecixingcailiao,rucitie,juyougudingxingmao,yingyongguangfan。juyoukebianxingtaidecixingcailiao,rutieciliuti,changwenxiashicixingyeti,zaiwaijiacichangzuoyongxiakebeicihuayongyouciji,yidanwaibucichangchechu,cijuhuisuizhixiaoshi,tieciliutibunengcunzhucixing,yineryingyongshouxian。jiyujiegouhuayetidekexuelilun,tichulegoujiankeliudongyetaicitiedekexueshexiang。tongguokongzhigongnenghuadecixingnamilizihejuhewupeiti,zaishuiyouhunhetixizhong,fashengjiemianzizuzhuangyuanweigoujiancixingnamilizibiaomianhuoxingji,zuizhongbaohexifudaozhijiemianfashengzusaixiangbian(jamming),congerzaichangwentiaojianxiajikeyinfaciliutiyedicongshuncixingdaotiecixingdekenizhuanbian,tongshifuyuyediyidingdexingmaokesuxing。zheilishoucifaxiancioujijukeyizaiyetaicailiaozhongwendingcunzai,bingjieshilexianxiangbeihoudexingchengjili,weilaikeyongyuyetaiweifanyingqi、cikongruantijiqirendenglingyu,cujinjihuazhongzicichangchengxiangjishudefazhan,tuozhannamicixuelilundeng。xiangguanchengguofabiaoyuscience2019, 365 (6450), 264.

“超重力+”过程强化新技术及工业应用

主要完成人: 孙宝昌、罗勇、张亮亮、陈建峰、初广文、邹海魁、赵宏

weiraoliuchenggongyeshengchanguochengjienengjianpaijidaqiwuranwuchaodipaifangbiaozhuntishengdezhongdaxuqiu,beijinghuagongdaxuechaozhonglituanduizhenduigongyehanliuqitishendujinghua、lianchangtuoliuchunfeijianyeyanghuazaishengdengguochengdexinwentihexintiaozhan,jiyujingdianchaozhonglijishu,kaizhanle“chaozhongli+”guochengqianghuacong“jichulilun-xinjishu-gongyeyingyong”sanweiyitichuangxinyanjiu。jieshile“chaozhongli+naweibiaomian”tianliaoneichuanzhiguilvyijiduochangzuheqianghuaduozufenwuranwutongshishendutuochuguochengjizhi;chuangzhichu“chaozhongli+naweibiaomian”、“chaozhongli+dianchang”dengxinzhuangbei;faminglegongyehanliuqitishendujinghua、jianyeyanghuazaishengdeng“chaozhongli+”xingongyi。tongguoxitongjicheng,xingchengle“chaozhongli+”xinjishu。gaijishuyigongyeyingyong17tao,huanbao、jingjiheshehuixiaoyixianzhu,weishiyouhuagong、yinliaodengxingyehanliuqitishendujinghuatigonglejishubaozhangheshifan。xinjishubeipingjiawei: “‘chaozhongli+’zhuangbeijixingongyiweiguoneiwaishouchuang,gongyeyingyongjishuzhibiaochuyuguojilingxianshuiping”,bingyu2019nianhuoshihualianhehuijishufamingyidengjiang1xiang、zhongguohuagongxuehuijishufamingyidengjiang1xiang。

光热转化材料的构筑与应用研究

主要完成人: 尹梅贞、冀辰东

有机光热转换材料结构精确、性能可调控,在精细化工和生物医药方面发挥着重要作用。但是,目前有机光热转换材料种类少,稳定性差且光热转化效率偏低,严重限制了其发展和应用。尹梅贞教授研究团队研发了莱啉系列有机染料,通过调控分子结构以及构筑超分子组装体系,获得了一系列具有超高稳定性及高光热转化效率的有机光热转换材料,应用于智能材料、生物成像及抗肿瘤领域。该成果为开发新型有机光热试剂提供了坚实的理论基础,为光热材料的研发和临床使用提供了更广阔的应用前景。相关研究成果发表于Nat. Commun.2019, 10, 767; J. Am. Chem. Soc. 2019, 141, 7385; Angew. Chem. Int. Ed. 2019, 58, 1638;Acc. Chem. Res. 2019, 52, 2266。

高性能电解(海)水材料与器件

主要完成人: 孙晓明、邝允、刘文、周道金

og真人dianjieshuizhiqingshiyizhongguimohuazhiqingdeqianzaifangan,danshinenghaodejiangdiyilaiyugaohuoxingcuihuacailiaoyugaowendingxingdianjijiegouheqijian。sunxiaomingjiaoshoutuanduijieshilecengzhuangfuhejinshuqingyanghuawuzhongjinshuyangqiaoweijiegouyucuihuahuoxingdegouxiaoguanxi,fazhanleyingli、tidudiaokongcuihuajidianzijiegoudexinfangfa,jianlilegaohuoxingdanyuanzicuihuahuoxingzhongxingouzhuxinfangfa,shixianledianjieshuixingnengdexianzhutigao。zaicijichushang,gaituanduishejibingzhibeilekangfushi、gaowendingxingdianjijiegou,zaigongyedianjiedianliumiduxiashixianle1000 xiaoshihaishuiwendingdianjiezhiqing,bingdajianlekezaishengnengyuanqudonghaishuidianjiezhuangzhi。xiangguanyanjiuchengguofabiaoyupnas, 2019, 116, 6624;nat. commun., 2019, 10, 1711;angew. chem. int. ed., 2019, 58, 736-740deng。

反应/分离耦合技术制备高纯锂盐联产镁基功能材料

主要完成人: 项顼、林彦军、李凯涛、鄢红、段雪

og真人yanhuziyuanshiwoguotesezhanlveziyuan,gaomei/libiyanhulushuili/meifenliyutiqushishijiexingnanti。weiraoyanhuziyuanyouxiaoliyongguojiazhongdazhanlvexuqiu,zhenduiwoguoyanhugaomei/libitezheng,chuangzaoxingtichufanying/fenliouhehexinjishu,jiyucengzhuangjiegouldhsdejinggexuanzexingyulizishibiekexueyuanli,fazhanleduoxiangfenli、tiqujiguochengqianghuaguanjianjishu,shixianyanhuli、meigaoxiaofenli、gaoxiaotiqulizhibeigaochunliyan、tongshilianchanmeijigongnengcailiao,zaiyanhudiqujianchengshoutaoli/meifenlijili/meichanpinlianchanzhongshishifanzhuangzhi。gaijishutupoleyanhuli、meiziyuanliyongdejishupingjing,weiyanhuli、meiziyuandetiquhegaozhiliyongkaipilexintujing,weiyanhuziyuanpingheng、kechixukaifatigonglekexueyujishuzhicheng。huomeiguozhuanlishouquan1jian,guojiazhuanlishouquan4jian,shenqingpctzhuanli2jian;yuzanggejiafeigongsi(000408)hezuozaiqinghaiyanhudiqujianchengle1taobaidunjimeijiduogongnengcailiaolianchandianchijitansuanlizhongshishifanxian;jiancheng1tao1500t/ameijiduogongnengcailiaochanyehuashengchanxian;4jianzhuanliyizuojiarugufangshihuodechengguozhuanhua,zuojia1199.04wanyuan。

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