Dominic Alfonso , De Tafen , Douglas Kauffmann
Catalysts 8 ( 10) 424
Douglas R. Kauffman , Alexander Star
Angewandte Chemie 47 ( 35) 6550 -6570
Douglas R. Kauffman , Alexander Star
Small 3 ( 8) 1324 -1329
Douglas R. Kauffman , Alexander Star
Angewandte Chemie 120 ( 35) 6652 -6673
Thuy-Duong Nguyen-Phan , Congjun Wang , Chris M. Marin , Yunyun Zhou
Journal of Materials Chemistry 7 ( 48) 27576 -27584
Yuxiang Chen , Chenjie Zeng , Douglas R. Kauffman , Rongchao Jin
Nano Letters 15 ( 5) 3603 -3609
Site Li , Anantha Venkataraman Nagarajan , Yingwei Li , Douglas R. Kauffman
Nanoscale 13 ( 4) 2333 -2337
Jiangwei Zhang , Yang Zhou , Kai Zheng , Hadi Abroshan
Nano Research 11 ( 11) 5787 -5798
James W. Vickers , Dominic Alfonso , Douglas R. Kauffman
Energy technology 5 ( 6) 775 -795
Douglas R. Kauffman , Alexander Star
Journal of Physical Chemistry C 112 ( 12) 4430 -4434
Douglas R. Kauffman , Dominic Alfonso
Nature Catalysis 1 ( 2) 99 -100
Site Li , Dominic Alfonso , Anantha Venkataraman Nagarajan , Stephen D. House
ACS Catalysis 12011 -12016
Xingyi Deng , Dan C. Sorescu , Iradwikanari Waluyo , Adrian Hunt
ACS Catalysis 11768 -11778
Douglas R. Kauffman , Alexander Star
Chemical Society Reviews 37 ( 6) 1197 -1206
Dominic R. Alfonso , Douglas R. Kauffman
MRS Communications 7 ( 3) 601 -606
Hideya Kawasaki , Santosh Kumar , Gao Li , Chenjie Zeng
Chemistry of Materials 26 ( 9) 2777 -2788
Douglas R. Kauffman , Alexander Star
Analyst 135 ( 11) 2790 -2797
Anantha Venkataraman Nagarajan , Rosalba Juarez-Mosqueda , Michael J. Cowan , Rongchao Jin
SN Applied Sciences 2 ( 4) 1 -12
Douglas R. Kauffman , Dominic Alfonso , De Nyago Tafen , Jonathan Lekse
ACS Catalysis 6 ( 2) 1225 -1234
Douglas R. Kauffman , Yifan Tang , Padmakar D. Kichambare , John F. Jackovitz
Energy & Fuels 24 ( 3) 1877 -1881