5 research outputs found
Electrosynthesis of high-entropy metallic glass nanoparticles for designer, multi-functional electrocatalysis
- Author
- A SerrĂ
- AD Pendergast
- AL Greer
- AM El-Seidy
- AS Sharma
- B Cantor
- B Gludovatz
- CCL McCrory
- CCL McCrory
- DB Miracle
- EJ Pickering
- EW Huang
- F Jiao
- F Otto
- G Liu
- G Zangari
- GF Chen
- H Li
- H Xiao
- HS Ahn
- HY Ding
- IJ Godwin
- JE Dick
- JE Dick
- JJ Friel
- JM Barforoush
- JM McEnaney
- JP Healy
- JR Kitchin
- JW Yeh
- K Zaveta
- K Zeng
- L Gong
- M Meng
- MA Abreu-Sepulveda
- MH Tsai
- MS Burke
- MW Glasscott
- MW Glasscott
- MW Glasscott
- MW Glasscott
- N Arroyo-CurrĂĄs
- O Delmer
- ON Senkov
- PC Chen
- S Guo
- S Peulon
- T Bligaard
- T Reier
- VR Stamenkovic
- W Jin
- W Sheng
- W Zhang
- YE Jeun
- YG Yao
- YP Wang
- ZK Goldsmith
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
No full textRecent progress on high-entropy materials for electrocatalytic water splitting applications
- Author
- A Takeuchi
- B Cantor
- B Niu
- BY Xiong
- C Li
- C Oses
- CH Sha
- CL Hu
- CL Tracy
- CM Rost
- CY Lu
- D BĂ©rardan
- D Zhang
- DB Miracle
- EP George
- F Otto
- F Waag
- G Poli
- H Vrubel
- HD Li
- HH Duan
- HH Shi
- HJ Qiu
- HJ Qiu
- HQ Zhou
- J Chen
- J Gild
- J Gild
- J Gild
- J Greeley
- J Greeley
- J Huo
- J Yang
- JL Braun
- JS DÄ browa
- JW Yeh
- JW Yeh
- JW Yeh
- JX Feng
- K Zhang
- KI Rybakov
- KY Tsai
- L Shang
- L Trotochaud
- L Wang
- LG Li
- LJ Santodonato
- M Bondesgaard
- M Liu
- M Liu
- MH Hsieh
- MH Tsai
- MH Tsai
- MH Tsai
- MH Tsai
- MJ Cui
- MW Glasscott
- MW Glasscott
- N Han
- N Nishiyama
- ON Senkov
- P Sarker
- P Veronesi
- P Xie
- PZ Chen
- QL Wang
- RB Nair
- RK Nutor
- RQ Yao
- RZ Zhang
- S Anantharaj
- S Gao
- S Jiang
- S Jiang
- S Praveen
- S Sultan
- S Varalakshmi
- T Jin
- T Loffler
- T Wang
- TX Nguyen
- TY Li
- V Braic
- V Soarea
- W Dai
- W Wang
- W Wang
- W Xu
- WJ Huang
- WJ Shen
- WY Huo
- WY Huo
- X Ji
- X Wang
- XH Zhao
- XH Zhao
- XJ Chang
- XQ Chen
- XX Ji
- XZ Wang
- Y Xin
- Y Yao
- Y Zhang
- Y Zou
- YH He
- YJ Liang
- YP Lu
- YQ Yang
- Z Jia
- Z Lin
- ZJ Yang
- ZW She
- ZY Jin
- ZZ Li
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
No full textSubstrate mediated dissolution of redox active nanoparticles; electron transfer over long distances
- Author
- A K S Kumar
- A N Patel
- B Vanrenterghem
- C A Little
- C Batchelor-McAuley
- C Batchelor-McAuley
- C Batchelor-McAuley
- C H Gammons
- C Levard
- C Novo
- D K Pattadar
- D Y Shin
- E KÀtelhön
- G J Liang
- H Kang
- H Matsuda
- H S Toh
- H Z Zhang
- I B Bulter
- I Sidorenko
- J A Scholl
- J F Lemineur
- J F Lemineur
- J F Lemineur
- J F Lemineur
- J F Lemineur
- J G Wang
- J M Noël
- K CinkovĂĄ
- K Ngamchuea
- K Ngamchuea
- K Ngamchuea
- K Wonner
- K Wonner
- K Wonner
- L L Sun
- L L Sun
- M E Hyde
- M N Martin
- M W Glasscott
- O S Ivanova
- P L Redmond
- R A Masitas
- S E Ward Jones
- S J Cloake
- S Joo
- S Munteanu
- S Munteanu
- S Nizamov
- S Nizamov
- S S E Collins
- T S Peretyazhko
- V Brasiliense
- V Brasiliense
- V Brasiliense
- V Sundaresan
- W J Plieth
- W Wang
- W Wei
- W Zhang
- X Li
- X T Li
- Y F Zhang
- Y Y Shao
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
No full textSynthesis of high-entropy alloy nanoparticles on supports by the fast moving bed pyrolysis
- Author
- A Christensen
- A Villa
- A Wong
- AB Pippard
- B Gludovatz
- C Kenel
- ED BĂžjesen
- EJ Pickering
- EP George
- EV Shevchenko
- F Huo
- GM Pound
- H Meyer
- H Zhang
- J Durst
- J Hwang
- J Polte
- JW Yeh
- K Ding
- KD Gilroy
- KV Yusenko
- M Liu
- MP Hendricks
- MW Glasscott
- MY Rekha
- N Du
- P Li
- PC Chen
- PL Hansen
- R Becker
- RJ White
- S Abe
- S Luckhaus
- T Löffler
- T Löffler
- T Yang
- TAA Batchelor
- V Braic
- VK LaMer
- W Sheng
- X Tian
- X Zhong
- Y Pan
- Y Sun
- Y Yao
- Y Zhang
- Y Zou
- YF Ye
- YH Jo
- YJ Liang
- Z Fu
- Z Lei
- Z Peng
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
No full textAdvanced Transition MetalâBased OER Electrocatalysts: Current Status, Opportunities, and Challenges
- Author
- An L.
- An L.
- Anantharaj S.
- Anantharaj S.
- Anantharaj S.
- Anantharaj S.
- Anantharaj S.
- Anantharaj S.
- Anjum M. A. R.
- Bak J.
- Bao J.
- Bergmann A.
- Bian J.
- Binninger T.
- BlascoâAhicart M.
- Bothra P.
- Buvat G.
- Cai P.
- Cai Z.
- Callejas J. F.
- Calvillo L.
- Cantor B.
- Cao F.
- Carmo M.
- Chang S. H.
- Chatti M.
- Chen G.
- Chen P.
- Chen P.
- Chen R.
- Chen S.
- Chen S.
- Chen W.
- Chen Y.
- Chen Z.
- Chen Z.
- Chen Z.
- Chia X.
- Cui M.
- Cui X.
- Cui X.
- Cui X.
- Dai J.
- Damjanovic A.
- Dau H.
- DiazâMorales O.
- Ding X.
- Dinh K. N.
- Dinh K. N.
- Dionigi F.
- Dong S.
- Dou Y.
- Dou Y.
- Duan J.
- Duan Y.
- Duan Y.
- Fabbri E.
- Fabbri E.
- Fan H.
- Fang G.
- Fang H.
- Favaro M.
- Feng J.
- Feng J.âX.
- Formal F. Le
- Forslund R. P.
- Friebel D.
- Fu G.
- Fujimori A.
- Gao M.
- Gao Q.
- Garcia A. C.
- Geiger S.
- Glasscott M. W.
- Grimaud A.
- Grimaud A.
- Grimaud A.
- Gu Y.
- Gunasooriya G. T. K. K.
- Guo H.
- Hammer B.
- Han C.
- Han N.
- Han X.
- Han X.
- Hao J.
- Hao J.
- He D.
- He Y.
- Hirai S.
- Hong W. T.
- Hong W. T.
- Hsu C. S.
- Hsu S.âH.
- Hu C.
- Hu C.
- Hu E.
- Huang L.
- Huang Z.âF.
- Hung S.âF.
- Hwang J.
- Indra A.
- Ji L.
- Ji R.
- Jia X.
- Jiang B.
- Jin H.
- Jovanovic P.
- Kakizaki H.
- Kang Q.
- Kim J. S.
- Kong D.
- Kong X.
- Kuai C.
- Kupka J.
- Kuznetsov D. A.
- Kötz R.
- Kötz R.
- Lee H. J.
- Lee S.
- Lee S.
- Lee T. H.
- Lee Y.âL.
- Lei Z.
- Li A.
- Li G.
- Li H.
- Li J.
- Li L.
- Li L.
- Li M.
- Li P.
- Li Y.
- Li Y.
- Li Z.
- Li Z.
- Liang L.
- Liang Z.
- Liao C.
- Lim S. Y.
- Lin Q.
- Ling T.
- Liu B.
- Liu H.
- Liu H.
- Liu J.
- Liu J.
- Liu J.
- Liu K.
- Liu K.
- Liu R.
- Liu S.
- Liu S.
- Liu X.
- Liu Y.
- Liu Z.
- Lu X. F.
- Lv X.
- Lyu Y.
- Ma X.
- Ma Y.
- Man I. C.
- Maslana K.
- McKendry I. G.
- Mefford J. T.
- Mehta P.
- Menezes P. W.
- Meng G.
- Miao X.
- Miao X.
- Mohanty B.
- Mohanty B.
- Nardi K. L.
- Naresh Kumar T.
- Nguyën H. C.
- Norskov J. K.
- Oakton E.
- Oh H. S.
- Pan Y.
- Pan Y.
- Park G.
- Pegis M. L.
- Pei L.
- Pena N. Ortiz
- Peng S.
- Peng Z.
- Pesquera D.
- Petrie J. R.
- Petrie J. R.
- Pi Y.
- Pourbaix M.
- Qiu B.
- Qiu B.
- Rao R. R.
- Retuerto M.
- Rong X.
- Rose G.
- Santos D. M. F.
- Scohy M.
- Seo B.
- Seo M. H.
- Shan J.
- Shi L.
- Shi Q.
- Shi Q.
- Song F.
- Song H. J.
- Song J.
- Song Q.
- Stevens M. B.
- Stoerzinger K. A.
- Stoerzinger K. A.
- Stoerzinger K. A.
- Suen N. T.
- Sun C.
- Sun H.
- Sun J.
- Sun S.
- Sun W.
- Sun W.
- Suntivich J.
- Suryanto B. H. R.
- Swierk J. R.
- Tahir M.
- Tang T.
- Tang T.
- Tang Y.
- Tao H. B.
- Tao H. B.
- Tian T.
- Trasatti S.
- Voiry D.
- Vrubel H.
- Wang C.
- Wang H.
- Wang H.âF.
- Wang J.
- Wang J.
- Wang L.
- Wang L.
- Wang N.
- Wang Q.
- Wang S.
- Wang X.
- Wang X.
- Wang X. P.
- Wang X. R.
- Wang Y.
- Wang Y.
- Wang Y.
- Wang Y.
- Wang Y.
- Wang Z.
- Wang Z.
- Wei C.
- Wei C.
- Wei R.
- Wu G.
- Wu H.
- Wu L.
- Wu R.
- Wu Y.
- Wu Z.
- Wu Z. P.
- Wygant B. R.
- Xi W.
- Xiao X.
- Xiao Z.
- Xie J.
- Xie Y.âS.
- Xiong Q.
- Xu H.
- Xu K.
- Xu K.
- Xu L.
- Xu S.
- Xu X.
- Xue Z.
- Yan H.
- Yan J.
- Yan L.
- Yang F.
- Yang K.
- Yang L.
- Yang L.
- Yang Y.
- Yang Y.
- Ye S.
- Yeh J. W.
- Yoo J. S.
- Yu J.
- Yu N.
- Yu X.
- Yu X. Y.
- Yuan C. Z.
- Zagalskaya A.
- Zaman W. Q.
- Zhang B.
- Zhang H.
- Zhang H.
- Zhang H.
- Zhang H.
- Zhang J.
- Zhang K.
- Zhang K.
- Zhang M.
- Zhang R.
- Zhang X.
- Zhang Y.
- Zhang Y.
- Zhang Y.
- Zhao Q.
- Zhao Y.
- Zhao Y.
- Zhao Y.
- Zheng J.
- Zhong Y.
- Zhou D.
- Zhou G.
- Zhou L.
- Zhou S.
- Zhou Y.
- Zhu C.
- Zhu Y.
- Zhu Y.
- Zhuang L.
- Zhuang L.
- Zong W.
- Zou X.
- Publication venue
- 'Wiley'
- Publication date
- Field of study
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