3D printing of CNT-and graphene-based conductive polymer nanocomposites by fused deposition modeling
APPLIED MATERIALS TODAY
GNANASEKARAN K, HEIJMANS T, VAN BENNEKOM S, WOLDHUIS H, WIJNIA S, DE WITH G, FRIEDRICH H
NANO LETTERS
GHIASI TS, INGLAAYNES J, KAVERZIN AA, VAN WEES BJ
NANO LETTERS
FU WY, VAN DIJKMAN TF, LIMA LMC, JIANG F, SCHNEIDER GF, BOUWMAN E
NANO LETTERS
GEHRING P, HARZHEIM A, SPIECE J, SHENG YW, ROGERS G, EVANGELI C, MISHRA A, ROBINSON BJ, PORFYRAKIS K, WARNER JH, KOLOSOV OV, BRIGGS GAD, MOL JA
ACS NANO
PARK MVDZ, BLEEKER EA, BRAND W, CASSEE FR, VAN ELK M, GOSENS I, DE JONG WH, MEESTERS JAJ, PEIJNENBURG WJGM, QUIK JTK, VANDEBRIEL RJ, SIPS AJAM
JOURNAL OF ELECTRONIC MATERIALS
MEHR MY, VOLGBERT S, VAN DRIEL WD, ZHANG GQ
ADVANCED MATERIALS INTERFACES
VERVUURT RHJ, KESSELS WMM, BOL AA
SMART MATERIALS STRUCTURES
HERNANDEZ M, BERNAL MM, GRANDE AM, ZHONG N, VAN DER ZWAAG S, GARCIA SJ
CARBON
NANDA G, HLAWACEK G, GOSWAMI S, WATANABE K, TANIGUCHI T, ALKEMADE PFA
2D MATERIALS
ARJMANDITASH H, ALLAIN A, HAN Z, BOUCHIAT V