We have studied temperature dependences of electron transport in graphene and its bilayer
and found extremely low electron-phonon scattering rates that set the fundamental limit on …

Carbon, boron nitride, and other materials that form nanotubes are also able to form conical
shapes. Even though the potential applications of cone arrays as electron emitters and other …

Boron nitride nanotubes (BNNTs)[1, 2] and boron nitride nanosheets (BNNSs)[3] have gained
increasing attention for their structural similarity to carbon nanotubes (CNTs) and graphene…

… Rumsey and John A. Jaszczak determined optical and physical properties, Michael A.
Wise, Michael S. Rumsey, and John Spratt conducted electron microprobe experiments and …

The microtopography of {001} surfaces on single crystals of graphite from a Neoproterozoic
marble of the Swakop group, near Wlotzkas Baken, western Namibia, has been studied …

We describe several unusual forms of natural graphite from an alkaline pegmatite that cross-cuts
rischorrite in the Hackman Valley, Khibiny Massif, Kola Peninsula, Russia. The graphite …

We describe unusual forms of graphite crystals in anorthosites from the Korsun-Novomfugorod
pluton in Ukraine. A complete series of crystal morphologies exists, from tabular, to …

We introduce a modified, solid-on-solid model for Monte Carlo computer simulation studies
of equilibrium, growth and etching phenomena on the {111} surfaces of silicon and other …

The paradigm for the structure of graphite is that of a staggered stacking of flat layers of
carbon atoms (Figure 6-1). Individual layers, sometimes referred to as graphene sheets, 1 are …

Carbon isotope exchange between calcite and graphite is a useful and reliable geothermometer
for medium- to high-grade marbles. However, in rare instances, such as at Naxos, …