Flexible conductive films fabricated using exfoliated graphite and nanocellulose
M. M. E Colman, M. A. Canesqui, L. Tasic, J. R. Bartoli, S. Moshkalev
ARTIGO
Inglês
Development of nanostructured composite materials based on exfoliated graphite and nanocellulose for applications in flexible electronics
including smart textiles is described. High electrical conductivities, near 140kS/m, comparable with conventional conductive materials like metals, as
well as... Ver mais Development of nanostructured composite materials based on exfoliated graphite and nanocellulose for applications in flexible electronics
including smart textiles is described. High electrical conductivities, near 140kS/m, comparable with conventional conductive materials like metals, as
well as good mechanical properties, were measured for the graphite-cellulose compound Ver menos
including smart textiles is described. High electrical conductivities, near 140kS/m, comparable with conventional conductive materials like metals, as
well as... Ver mais Development of nanostructured composite materials based on exfoliated graphite and nanocellulose for applications in flexible electronics
including smart textiles is described. High electrical conductivities, near 140kS/m, comparable with conventional conductive materials like metals, as
well as good mechanical properties, were measured for the graphite-cellulose compound Ver menos
Fechado
Flexible conductive films fabricated using exfoliated graphite and nanocellulose
M. M. E Colman, M. A. Canesqui, L. Tasic, J. R. Bartoli, S. Moshkalev
Flexible conductive films fabricated using exfoliated graphite and nanocellulose
M. M. E Colman, M. A. Canesqui, L. Tasic, J. R. Bartoli, S. Moshkalev
Fontes
|
Trends in textile engineering & fashion technology Vol. 4, no. 1 (2018), p. 395-397 |