The valence electrons of fullerenes may be regarded as spherical distributions with a finite width of a jellium-like potential giving rise to collective motions of this orange peel electron cloud. They cause strong enhancement of the photoionization cross section, a resonant behavior phenomenon know as plasmon excitations. The number and characteristic features of these excitations will be discussed
The determination of the physical properties of individual nanometer-size particles has made rapid p...
Time-dependent density functional theory is used to calculate the total and subshell photoionization...
Neutral C60 is well known to exhibit a giant resonance in its photon absorption spectrum near 20 eV....
The valence electrons of fullerenes may be regarded as spherical distributions with a finite width o...
The valence electrons of fullerenes may be regarded as spherical distributions with a finite width o...
The valence electrons of fullerenes may be regarded as spherical distributions with a finite width o...
The valence electrons of fullerenes may be regarded as spherical distributions with a finite width o...
A formalism for the description of collective electron excitations in fullerenes by inelas...
Collective electronic excitations on the novel fullerenes play an important role in cohesion of C60 ...
The results of a joint experimental and theoretical investigation of the collective excitations in t...
We report evidence for surface plasmon excitations in concentric-shell fullerenes. A film of these c...
Fullerenes are known to exhibit collective excitation known as Giant Dipole Plasmon Resonance (GDPR)...
The results of a joint experimental and theoretical investigation of the C-60 collective excitations...
The results of a joint experimental and theoretical investigation of the C-60 collective excitations...
The microscopic structure of the photo-excited plasmon excitation in C-60 and C-70 is investigated u...
The determination of the physical properties of individual nanometer-size particles has made rapid p...
Time-dependent density functional theory is used to calculate the total and subshell photoionization...
Neutral C60 is well known to exhibit a giant resonance in its photon absorption spectrum near 20 eV....
The valence electrons of fullerenes may be regarded as spherical distributions with a finite width o...
The valence electrons of fullerenes may be regarded as spherical distributions with a finite width o...
The valence electrons of fullerenes may be regarded as spherical distributions with a finite width o...
The valence electrons of fullerenes may be regarded as spherical distributions with a finite width o...
A formalism for the description of collective electron excitations in fullerenes by inelas...
Collective electronic excitations on the novel fullerenes play an important role in cohesion of C60 ...
The results of a joint experimental and theoretical investigation of the collective excitations in t...
We report evidence for surface plasmon excitations in concentric-shell fullerenes. A film of these c...
Fullerenes are known to exhibit collective excitation known as Giant Dipole Plasmon Resonance (GDPR)...
The results of a joint experimental and theoretical investigation of the C-60 collective excitations...
The results of a joint experimental and theoretical investigation of the C-60 collective excitations...
The microscopic structure of the photo-excited plasmon excitation in C-60 and C-70 is investigated u...
The determination of the physical properties of individual nanometer-size particles has made rapid p...
Time-dependent density functional theory is used to calculate the total and subshell photoionization...
Neutral C60 is well known to exhibit a giant resonance in its photon absorption spectrum near 20 eV....