We present a simple, mass production of nonporous and nanoporous silicon nanowire anodes by combining block copolymer masks and metal catalytic etching. Carbon coated nanoporous silicon nanowire anodes exhibit a highly stable cycling performance with a reversible charge capacity of 1500 mA h g(-1).close231
Silicon nanowire (SiNW) arrays were fabricated from a nanosphere lithography patterned gold mask by ...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Materials Science and Engineeri...
The use of a low-χ, symmetric block copolymer as an alternative to the high-χ systems currently bein...
Specific design and optimization of the configuration of micro-scale materials can effectively enhan...
International audienceSilicon nanowires were first produced by lithography or CVD for electronics, s...
International audienceSilicon nanowires were first produced by lithography or CVD for electronics, s...
International audienceSilicon nanowires were first produced by lithography or CVD for electronics, s...
International audienceSilicon nanowires were first produced by lithography or CVD for electronics, s...
International audienceHighly densely packed, self-organized silicon nanowires with very narrow diame...
International audienceHighly densely packed, self-organized silicon nanowires with very narrow diame...
Silicon nanowire-based devices have properties that can outperform their traditional counterparts in...
International audienceFirst produced by thin film technologies (CVD growth or etching), silicon nano...
International audienceFirst produced by thin film technologies (CVD growth or etching), silicon nano...
International audienceFirst produced by thin film technologies (CVD growth or etching), silicon nano...
International audienceFirst produced by thin film technologies (CVD growth or etching), silicon nano...
Silicon nanowire (SiNW) arrays were fabricated from a nanosphere lithography patterned gold mask by ...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Materials Science and Engineeri...
The use of a low-χ, symmetric block copolymer as an alternative to the high-χ systems currently bein...
Specific design and optimization of the configuration of micro-scale materials can effectively enhan...
International audienceSilicon nanowires were first produced by lithography or CVD for electronics, s...
International audienceSilicon nanowires were first produced by lithography or CVD for electronics, s...
International audienceSilicon nanowires were first produced by lithography or CVD for electronics, s...
International audienceSilicon nanowires were first produced by lithography or CVD for electronics, s...
International audienceHighly densely packed, self-organized silicon nanowires with very narrow diame...
International audienceHighly densely packed, self-organized silicon nanowires with very narrow diame...
Silicon nanowire-based devices have properties that can outperform their traditional counterparts in...
International audienceFirst produced by thin film technologies (CVD growth or etching), silicon nano...
International audienceFirst produced by thin film technologies (CVD growth or etching), silicon nano...
International audienceFirst produced by thin film technologies (CVD growth or etching), silicon nano...
International audienceFirst produced by thin film technologies (CVD growth or etching), silicon nano...
Silicon nanowire (SiNW) arrays were fabricated from a nanosphere lithography patterned gold mask by ...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Materials Science and Engineeri...
The use of a low-χ, symmetric block copolymer as an alternative to the high-χ systems currently bein...