The application of nanodiamond in biotechnology and tissue engineering
L Bacakova, A Broz, J Liskova… - Diamond and …, 2016 - books.google.com
Diamond in the allotrope form consists of carbon atoms arranged in a cubic crystal structure
covalently bonded in sp3 hybridization. Diamond has emerged as a very promising material …
covalently bonded in sp3 hybridization. Diamond has emerged as a very promising material …
[HTML][HTML] The Application of Nanodiamond in Biotechnology and Tissue Engineering
L Bacakova, A Broz, J Liskova, L Stankova… - Diamond and Carbon …, 2016 - intechopen.com
Diamond in the allotrope form consists of carbon atoms arranged in a cubic crystal structure
covalently bonded in sp3 hybridization. Diamond has emerged as a very promising material …
covalently bonded in sp3 hybridization. Diamond has emerged as a very promising material …
[PDF][PDF] The Application of Nanodiamond in Biotechnology and Tissue Engineering
L Bacakova, A Broz, J Liskova, L Stankova, S Potocky… - 2016 - scholar.archive.org
Diamond in the allotrope form consists of carbon atoms arranged in a cubic crystal structure
covalently bonded in sp3 hybridization. Diamond has emerged as a very promising material …
covalently bonded in sp3 hybridization. Diamond has emerged as a very promising material …
[PDF][PDF] The Application of Nanodiamond in Biotechnology and Tissue Engineering
L Bacakova, A Broz, J Liskova, L Stankova… - DIAMOND AND …, 2016 - dlib.hust.edu.vn
Diamond in the allotrope form consists of carbon atoms arranged in a cubic crystal structure
covalently bonded in sp3 hybridization. Diamond has emerged as a very promising material …
covalently bonded in sp3 hybridization. Diamond has emerged as a very promising material …