In recent years, the number of nominally nonmagnetic solids showing magnetic order
induced by some kind of defect has increased continuously. From the single element …

We have studied the change in the magnetic properties produced on highly oriented
pyrolytic graphite samples by irradiation of H, C, and N ions in the mega-electron-volt energy …

12C+ ion implantation has been shown to be an efficient way to increase the magnetization
of highly oriented pyrolytic graphite, and a saturation magnetization of 17.6 emug− 1 at room …

Carbide-derived carbon (CDC) is prepared by etching high purity 4H-SiC single crystals in a
mixed atmosphere of 5% Cl 2 and 95% Ar for 120 min and 240 min. The secondary ion …

Optical absorption, photoluminescence, profilometry, and electron spin resonance (ESR)
methods are used to study the effect of isochrononous vacuum annealing up to 1730° C on …

We identify Stoner ferromagnetism in fcc C 60 H n (n= odd) by using a local density
approximation in the framework of the density functional theory. Hydrogen chemisorption on …

Different possible configurations of two nitrogen‐adatoms on graphene are studied using
density functional theory. Adsorption of single nitrogen atom on the bridge site of graphene …

Graphene–the ultimately thin honeycomb-like membrane consisting only of sp2-bonded
carbon atoms–has been one of the most attractive research subjects since monolayer …

We have carried out Raman, electron spin resonance (ESR), and X-ray photoemission
(XPS) spectroscopy measurements on the graphite tiles modified by electron and proton …

Noble-metal nanoparticles of varying geometries have stimulated considerable research
interest owing to their unique optical properties. Nanospheres with diameters in the size …