Experimental and theoretical evaluation of wettability on micro/nano hierarchically engineered surfaces based on robust micro-post-arrayed- and highly ordered nano-rippled-structures: Fid-Bau Portal

Experimental and theoretical evaluation of wettability on micro/nano hierarchically engineered surfaces based on robust micro-post-arrayed- and highly ordered nano-rippled-structures

Kim, D. H. / Kim, Y. / Hwang, S. H. / Bang, Y. S. / Cho, C. R. / Kim, Y. K. / Kim, J. M.

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Experimental and theoretical evaluation of wettability on micro/nano hierarchically engineered surfaces based on robust micro-post-arrayed- and highly ordered nano-rippled-structures

Kim, D. H. / Kim, Y. / Hwang, S. H. / Bang, Y. S. / Cho, C. R. / Kim, Y. K. / Kim, J. M.

Experimental and theoretical evaluation of wettability on micro/nano hierarchically engineered surfaces based on robust micro-post-arrayed- and highly ordered nano-rippled-structures

Kim, D. H. / Kim, Y. / Hwang, S. H. / Bang, Y. S. / Cho, C. R. / Kim, Y. K. / Kim, J. M.

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Check availability in my library

Order at Subito €

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Title:

Experimental and theoretical evaluation of wettability on micro/nano hierarchically engineered surfaces based on robust micro-post-arrayed- and highly ordered nano-rippled-structures

Contributors:

Kim, D. H. (author) / Kim, Y. (author) / Hwang, S. H. (author) / Bang, Y. S. (author) / Cho, C. R. (author) / Kim, Y. K. (author) / Kim, J. M. (author)