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                  1. 当前位置 >>  安卓手机棋牌 >> 安卓手机棋牌 >> 科研进展

                  科研进展

                  理化所蚕丝纳米纤维为基础的复合膜在盐差能量转换领域取得新进展

                  稿件来源:仿生材料与界面科学重点实验室 发布时间:2018-09-17

                    SUIZHENENGYUANXUQIUDEBUDUANZENGZHANG,CUNZAIYUHESHUIYUHAISHUIDEJIAOJIECHUDEYANCHANENG(YEBEICHENGWEILANSENENGYUAN)ZUOWEIYIZHONGCHULIANGDA、FANGBIANHUOQUDENENGYUANSHOUDAOLEKEXUEJIAMENDEJIDAGUANZHU。FANXIANGDIANSHENXIJISHU(RED)SHIYIZHONGJUYOUGUANGKUOQIANJINGDEYANCHANENGHUOQUFANGFA,TASHITONGGUOBUHUOZIRANSHUIYUZHONGBUTONGSHUITIJIANDEJIBUSIZIYOUNENGLAIHUODECHIXUDEDIANNENGSHUCHU。REDTIXIZHONGZUIGUANJIANDEZUJIANJIUSHILIZIJIAOHUANMO。TONGGUOTISHENGMOCAILIAODEXINGNENGLAIHUODEGENGGAODEGENGWENDINGDENENGLIANGBUHUOCHENGWEIZHONGDUOKEYANRENYUANNULIDEFANGXIANG。YIMOWEIJICHUDENAMILIUTIXITONGHENAMILIUTIJISHUZAINAMIWEIHUANJINGZHONGBIAOXIANCHULIANGHAODELIZISHUYUNDIAOKONGNENGLI,ZHEIWEIHUOQUYANCHANENGDAILAILEXINDESILU。

                  TU1. YANCHAFADIANSHIYITU

                    ZAIQIANQIDELILUNYANJIUJICHUSHANG,WEIJINYIBUTIGAOYANCHANENGZHUANHUANDIANNENGXINGNENG,ZHONGKEYUANLIHUASUOFANGSHENGCAILIAOYUJIEMIANKEXUEZHONGDIANSHIYANSHIWENLIPINGYANJIUYUANTUANDUIYITIANRANDECANSIWEIYUANLIAO,JINGGUODUOBUCHULIHUODECANSINAMIXIANWEI,JINERZUZHUANGCHENGCANSINAMIXIANWEIMO。JIANGZHEIZHONGDAIYOUFUDIANHEDECANSIMOYUDIANHEDIANXINGKEDIAO(pHXIANGYING)DEYANGHUALVMOJINXINGFUHEZUZHUANGCHENGYIZHIFUHEMO,YONGYUYANCHANENGDEBUHUO。

                  安卓手机棋牌  TU2. FUHEMODEZUZHUANGGUOCHENG

                    实验结果显示,该复合膜比单一的膜在能量转换性能上有了明显的提高,通过理论模拟展示了复合膜所具有独特的离子传输与能量捕获的优异特性。复合体系在50倍的盐度梯度下输出的能量密度达到2.86 W/m2

                  安卓手机棋牌TU3. FUHEMOYOUYIDELIZICHUANSHUXINGNENGYIJIGAODEGONGLVMIDUSHUCHU

                    CIWAI,SHIYANJIEGUOBIAOMING,ZHEIZHONGJUYOUKONGDAOJIEGOU、HUAXUEZUCHENGHEBIAOMIANDIANSHIFEIDUICHENGDEFUHEMONENGGOUCUJINYOUXIAOCUJINLIZIDESHUYUN。GAIMOZAIJIAOKUANDEpHZHIFANWEINEIJUYOUJIAOKUANDEGONGZUOHUANJING,TEBIESHIZAIJIANXINGRONGYE,FUHEMOZHANXIANCHUYOUYIDENENGLIANGZHUANHUANXINGNENG,ZHEIWEIJIANGFUHEMOYINGYONGYUGONGYEFEISHUIZHONGNENGLIANGDETIQUDIANDINGJICHU。ZHIDEZHUYIDESHI,DEYIYUβZHEDIEZAICANSIDANBAIDEFENGFUHANLIANGYIJIFUHEMOZHIJIANDEQINGJIANZUOYONG,GAIMOCAILIAOBIAOXIANLEZHANGSHIJIANWENDINGXING,ZHEIYEWEISHIJIYINGYONGDIANDINGLEJICHU。

                    相关工作近日以长文形式发表于Nature Communications上(Xin, W. et al. High-performance silk-based hybrid membranes employed for osmotic energy conversion. Nat. Commun. 2019, 10, 3876-3885),文章第一作者为辛伟闻和张振博士,通讯作者为闻利平研究员和孔祥玉博士。此外该工作也申请了国家发明专利(专利号:201811524533.4)。

                    LUNWENLIANJIE:

                   

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