1. PI潞脥脩脨戮驢脥脜露脫錄貌陸茅
脌卯貿(mào)盲攏盧祿陋脰脨驢脝錄錄麓貿(mào)脩摟虜脛脕脧驢脝脩摟脫毛鹿隴魯脤脩摟脭潞陸脤脢脷攏盧虜漏脢驢脡煤碌錄脢婁攏盧虜脛脕脧脦茂脌鉚脫毛祿爐脩摟脰脨脨脛脰梅脠脦隆攏脰梅脪陋麓脫脢脗碌莽麓脽祿爐隆壟脰脢脳脫陸祿祿祿脛隴脠錄脕脧碌莽魯脴隆壟虜脛脕脧祿爐脩摟碌脠脕矛脫貌碌脛脩脨戮驢隆攏脠毛脩隆碌脷脢廬露鎂脜煤脰脨脳茅虜驢脟脿脛錨脧卯脛驢攏簍脫脜脧脠脳脢脰煤攏漏隆攏2005脛錨脫脷脦盲潞潞麓貿(mào)脩摟祿爐脩摟脭潞祿帽碌脙脩摟脢驢脩摟脦祿攏祿2010脛錨脫脷鹵鹵戮漏麓貿(mào)脩摟祿爐脩摟脭潞祿帽碌脙虜漏脢驢脩摟脦祿攏簍碌錄脢婁攏潞脡脹脭陋祿陋陸脤脢脷攏漏攏祿2011-2013脛錨脙脌鹿煤脗氓脣鹿擄壟脌顱脛陋脣鹿鹿煤錄脪脢碌脩茅脢脪虜漏脢驢潞貿(mào)攏簍碌錄脢婁攏潞Dr. Piotr Zelenay)攏祿2013-2015脛錨脙脌鹿煤虜錄脌脢麓貿(mào)脩摟虜漏脢驢潞貿(mào)攏簍碌錄脢婁攏潞Shouheng Sun陸脤脢脷攏漏攏祿2016脛錨脠?zhí)J脰擄祿脴鹿煤鹿隴脳梅隆攏脪脩脭脷SCI脫壟脦脛脝脷驢爐脡脧路壟鹵鉚脩摟脢玫脗脹脦脛100脫脿脝陋攏盧脝盲脰脨J. Am. Chem. Soc., Angew. Chem. Int. Ed.碌脠脫擄脧矛脪貌脳脫10脪脭脡脧碌脛鹿煤錄脢露樓錄露脭脫脰戮30脫脿脝陋隆攏脗脹脦脛鹿虜鹵祿脪媒脫脙5500脫脿麓脦攏盧H脰賂脢媒脦陋37隆攏15脝陋脦脛脮脗鹵祿脝脌脦陋ESI脠脠碌茫潞脥賂脽脪媒脫脙脗脹脦脛隆攏脰梅魯脰/虜脦脫毛鹿煤錄脪脳脭脠祿驢脝脩摟祿霉陸冒脙忙脡脧脧卯脛驢, 鹿煤錄脪脰脴碌茫脩脨路壟錄脝祿廬隆擄虜脛脕脧祿霉脪貌鹿隴魯脤鹿脴錄眉錄錄脢玫脫毛脰摟魯脜脝陸脤簍隆鹵脳簍脧卯攏盧潞鎂鹵鹵脢隆錄錄脢玫麓麓脨脗脳簍脧卯脰脴麓貿(mào)脧卯脛驢碌脠露脿賂枚脧卯脛驢隆攏祿陋驢脝虜脛脕脧脩摟驢脝脢么脫脷隆擄脣蘆脪祿脕梅隆擄陸簍脡貓脩摟驢脝攏盧脩脨戮驢脥脜露脫脪脌脥脨虜脛脕脧魯脡脨脦脫毛脛攏戮脽錄錄脢玫鹿煤錄脪脰脴碌茫脢碌脩茅脢脪攏盧脦盲潞潞鹿芒碌莽鹿煤錄脪驢脝脩摟脰脨脨脛碌脠脝陸脤簍隆攏脛驢脟擄鹿虜脫脨陸脤脢脷1脠脣攏盧賂鹵陸脤脢脷1脠脣攏盧虜漏脢驢潞貿(mào)1脠脣攏盧脭脷露脕虜漏脢驢6脠脣攏盧脭脷露脕脣露脢驢7脠脣隆攏脥脜露脫脫毛脙脌鹿煤脗氓脣鹿擄壟脌顱脛陋脣鹿鹿煤錄脪脢碌脩茅脢脪攏盧虜錄脗魯驢脣潞攏脦脛鹿煤錄脪脢碌脩茅脢脪攏盧脜婁脭錄脰脻脕壟麓貿(mào)脩摟虜錄路簍脗脼路脰脨攏攏盧虜錄脌脢麓貿(mào)脩摟攏盧錄脫脰脻脰脻脕壟麓貿(mào)脩摟攏盧潞蘆鹿煤脦碌脡陸驢脝脩摟錄錄脢玫麓貿(mào)脩摟攏盧脤簍脥氓驢脝錄錄麓貿(mào)脩摟攏盧脪脭脡蘆脕脨擄脥露沒脪脕脌錄麓貿(mào)脩摟碌脠脩脨戮驢祿煤鹿鹿鹵攏魯脰脳脜魯隴脝脷潞脧脳梅陸祿脕梅鹿脴脧碌隆攏

驢脦脤芒脳茅脥酶脪魯: https://echem.mat.hust.edu.cn/

麓煤鹵鉚脨脭脗脹脦脛:
1. Q. Li*, et al., Atomic Arrangement Engineering of Metallic Nanocrystals for Energy-Conversion Electrocatalysis, Joule, 2019, 3, 956.
2. Q. Li*, et al., Sub-6 nm Fully Ordered L10-Pt簍CNi簍CCo Nanoparticles Enhance Oxygen Reduction via Co Doping Induced Ferromagnetism Enhancement and Optimized Surface Strain, Adv. Energy Mater. 2019, 9, 1803771.
3. Q. Li*, et al., NiFe (Oxy) Hydroxides Derived from NiFe Disulfides as an Efficient Oxygen Evolution Catalyst for Rechargeable Zn簍CAir Batteries: The Effect of Surface S Residues, Adv. Mater. 2018, 28, 1800757.
4. Q. Li*, et al., Atomically Dispersed Fe-Nx/C Electrocatalyst Boosts Oxygen Catalysis via a New Metal-Organic Polymer Supramolecule Strategy, Adv. Energy Mater. 2018, 8, 1801226.
5. Q. Li*, et al., Tuning Sn-Catalysis for Electrochemical Reduction of CO2 to CO via the Core/Shell Cu/SnO2 Structure, J. Am. Chem. Soc., 2017, 139, 4290-4293. (ESI脠脠碌茫脗脹脦脛)
6. Q. Li*, et al., Controlled Assembly of Cu Nanoparticles on Pyridinic-N Rich Graphene for Electrochemical Reduction of CO2 to Ethylene, Nano Energy, 2016, 24, 1-9.
7. Q. Li, et al., High-Activity PtRuPd/C Catalyst for Direct Dimethyl Ether Fuel Cell, Angew. Chem. Int. Ed.,2015, 127, 7634-7638.
8. Q. Li, et al., Stable Cobalt Nanoparticles and Their Monolayer Array as an Efficient Electrocatalyst for Oxygen Evolution Reaction, J. Am. Chem. Soc., 2015, 137, 7071-7074.  (ESI highly cited paper)
9. Q. Li, et al., New Approach to Fully Ordered fct-FePt Nanoparticles for Much Enhanced Electrocatalysis in Acid, Nano Lett., 2015, 15, 2468-2473.(ESI highly cited paper)
10. Q. Li, et al., Graphene/Graphene Tube Nanocomposites Templated from Cage-Containing Metal-Organic Frameworks for Oxygen Reduction in Li-O2 Batteries, Adv. Mater., 2014, 26, 1378-1386. (ESI highly cited paper)
11. Q. Li, et al., Nanocarbon Electrocatalysts for Oxygen-Reduction in Alkaline media for Advanced Energy Conversion and Storage, Adv. Energy Mater., 2014, 4, 1301415. (ESI highly cited paper)

2. 驢脦脤芒脳茅脩脨戮驢路陸脧貌
攏簍1攏漏 脰脢脳脫陸祿祿祿脛隴脠錄脕脧碌莽魯脴(PEMFC)/碌莽麓脽祿爐: 鹿媒露脡陸冒脢么-碌陋-脤錄(M-N-C)脨脥路脟鹿貿(mào)陸冒脢么/碌脥虜盧脛脡脙脳戮摟脩玫脝酶祿鹿脭顱路麓脫婁麓脽祿爐錄脕; 脛隴碌莽錄蘆脡貓錄脝攏祿
攏簍2攏漏 CO2祿鹿脭顱潞脥碌莽陸芒脣廬攏簍脟芒脦枚魯枚潞脥脩玫脦枚魯枚攏漏攏潞CO2碌莽麓脽祿爐祿鹿脭顱脰脝鹵賂祿爐鹿隴脭顱脕脧脧碌脥魯/脠?zhí)J脣廬陸芒麓脽祿爐錄脕潞脥脳擄脰脙驢陋路壟攏祿
攏簍3攏漏 茂廬脌毛脳脫/茂廬脕貌碌莽魯脴鹿脴錄眉虜脛脕脧驢陋路壟錄擄虜煤脪碌祿爐脩脨戮驢隆攏

3. 脮脨脝賂脪陋脟貿(mào)
攏簍1攏漏脭脷碌莽麓脽祿爐隆壟虜脛脕脧潞脧魯脡隆壟DFT脌鉚脗脹錄脝脣茫碌脠脕矛脫貌脫脨脧脿鹿脴戮顱脩茅攏盧脪脩戮顱祿帽碌脙祿貌脮脽陸蘆脫脷陸眉脝脷祿帽碌脙虜漏脢驢脩摟脦祿攏祿
攏簍2攏漏脠脠擄廬脣錄驢錄攏盧露脌脕壟鹿隴脳梅脛脺脕婁脟驢攏盧驢脝脩脨麓貿(mào)碌簍露酶脧賂脰脗攏盧陸眉脠媒脛錨脪脭碌脷脪祿脳梅脮脽路壟鹵鉚SCI脗脹脦脛2脝陋脪脭脡脧隆攏

4. 虜漏潞貿(mào)麓媒脫枚
祿霉鹵戮脛錨脨陸19脥貌脠脣脙帽鹵脪+路壟鹵鉚脗脹脦脛錄簍脨摟攏盧脤脴鹵冒脫脜脨茫脮脽麓媒脫枚驢脡脙忙脪茅攏祿鹿隴脳梅脫脜脨茫脮脽驢脡脥脝錄枚脕么脨攏祿貌碌陸鹿煤脥芒鹿隴脳梅攏祿脧鉚脢脺祿陋脰脨驢脝錄錄麓貿(mào)脩摟脥魯脪祿碌脛脳隆路驢隆壟脳脫脜廬脠毛脩摟隆壟脪陸脕脝碌脠麓媒脫枚隆攏

驢脦脤芒脳茅脠脠脟茅祿露脫顱脛煤碌脛錄脫脙脣攏隆脫脨脪芒脮脽脟毛脫脢錄鎂脕陋脧碌虜壟賂陸錄貌脌煤攏潞qing_li@hust.edu.cn 返回小木蟲查看更多