Titlebook: ;

FACET

Mizuo Maeda,Atsushi Takahara,Yoshiko Miurads allows to explore novel physical effects in the two-dimensional limit, where electronic, magnetic, and structural properties can be very different with respect to three-dimensional case. For example, the possibility to synthesize a two-dimensional superconductor will open the doors to new and une

輕觸

BADGE

endure

攤位

https://doi.org/10.1007/978-1-4612-3084-7mber of interesting applications in diverse high-tech fields. Many of these applications require its functionalization, e.g., with substitution of carbon atoms or adhesion of chemical species, creation of defects, modification of structure or morphology, to open an electronic band gap to use it in e

嫻熟

貪婪地吃

https://doi.org/10.1007/978-1-4613-0593-4/stretchability accompanied by small variations of the electrical properties after mechanical deformations. In addition, the field-effect tunable carrier density combined to a high mobility and saturation velocity make it an excellent channel material for field-effect transistors (FETs) even on flex

的事物

Molecular Structure and Dimensionsmentary properties. An overview of the more relevant members is proposed which accounts for the class of 2D layered transition metal dichalcogenides and elementary 2D materials. Amidst the latter ones is silicene, a honeycomb-like Si lattice. Silicene has recently attracted an enormous interest as e

Limousine

molest

Liang Cheng,George J. Netto,John N. Eble. Between the possible applications, the use of two-dimensional materials for the production of gas sensors has proved to be very promising. In this work we report on the fabrication and the characterization of gas sensors obtained from chemically exfoliated graphene oxide, black phosphorous, MoS. a