Review Article
Recent Advances on SEM-Based In Situ Multiphysical Characterization of Nanomaterials
Table 3
Electrical characterization of nanomaterials in SEM.
(a) |
| Testing types | Nanomaterials | Properties | References |
| Four-point probing | Boron nanowires | Conductivity | [80] | CNTs | Current-voltage characteristics | [81ā83] | Graphene flake | Conductance | [84] | SnO2 nanowires | Current-voltage characteristics | [85] |
| Two-point probing | InN nanowires | Electrical transport properties | [86] | MCNTs | Current-voltage characteristics | [87, 88] | GdSi2 nanowires | Electrical transport properties | [89] | Bi2S3 nanowires | Current-voltage characteristics | [90] | 2D MXene nanosheets | Electrical conductivity | [91] |
| Three-point probing | CNT | Field effect measurements | [88] | GdSi2 nanowires | Electrical conductance property | [92] | Nb2Se9 FET | Electrical transport property | [93] |
|
|
(b) ESEM for biological cells |
| Nanomaterials | Properties | End-effectors | References |
| W303 yeast cells | Single cell electrical conductivity | Dual nanoprobes | [94] | W303 yeast cells | Single pulse current measurement | ESEM nanomanipulator system | [95] | Human embryonic kidney cell | Current response to indentation force | Robot-assisted AFM manipulation system | [96] |
|
|