High pressure Raman studies have been carried out on C60/AgNO3 and C60/Ni(OEP) up to 30 GPa. In both these doped C60 materials, pressure-induced metastable ordered polymers can be observed after pressure release. The results show that both the quenched materials contain chainlike polymers and dimers. We also find that the degree of polymerization is higher in these doped C60 materials than in bulk C60 materials after similar high pressure treatment and that C60/AgNO3 contains a higher fraction of chainlike polymers than C60/Ni(OEP) after decompression from same pressure. The results can be understood by considering the different initial lattice structures of these materials and the confinement effects of the dopants.Supplementary informatio...
The polymerization of C60 by covalent bonding has been studied as a function of pressure and tempera...
The polymerization of C60 by covalent bonding has been studied as a function of pressure and tempera...
Fullerenes easily polymerize under high pressure by forming covalent intermolecular bonds. For C60 t...
High pressure Raman studies have been carried out on C60/AgNO3 and C60/Ni(OEP) up to 30 GPa. In both...
High pressure Raman studies have been carried out on C60/AgNO3 and C60/Ni(OEP) up to 30 GPa. In both...
Several metastable doped C60 polymers are synthesized under high pressure and high temperature (1.5G...
Several metastable doped C60 polymers are synthesized under high pressure and high temperature (1.5G...
Several metastable doped C60 polymers are synthesized under high pressure and high temperature (1.5G...
The behavior of the phonon modes of the tetragonal phase of the two-dimensional polymerized C60 has ...
The behavior of the phonon modes of the tetragonal phase of the two-dimensional polymerized C60 has ...
The behavior of the phonon modes of the tetragonal phase of the two-dimensional polymerized C60 has ...
The behavior of the phonon modes of the tetragonal phase of the two-dimensional polymerized C60 has ...
To investigate the polymerization of fullerenes, solid C60 and C70 have been subjected simultaneousl...
Fullerenes easily polymerize under high pressure by forming covalent intermolecular bonds. For C60 t...
The structural stability of the tetragonal and rhombohedral two-dimensional (2D) polimeric phases of...
The polymerization of C60 by covalent bonding has been studied as a function of pressure and tempera...
The polymerization of C60 by covalent bonding has been studied as a function of pressure and tempera...
Fullerenes easily polymerize under high pressure by forming covalent intermolecular bonds. For C60 t...
High pressure Raman studies have been carried out on C60/AgNO3 and C60/Ni(OEP) up to 30 GPa. In both...
High pressure Raman studies have been carried out on C60/AgNO3 and C60/Ni(OEP) up to 30 GPa. In both...
Several metastable doped C60 polymers are synthesized under high pressure and high temperature (1.5G...
Several metastable doped C60 polymers are synthesized under high pressure and high temperature (1.5G...
Several metastable doped C60 polymers are synthesized under high pressure and high temperature (1.5G...
The behavior of the phonon modes of the tetragonal phase of the two-dimensional polymerized C60 has ...
The behavior of the phonon modes of the tetragonal phase of the two-dimensional polymerized C60 has ...
The behavior of the phonon modes of the tetragonal phase of the two-dimensional polymerized C60 has ...
The behavior of the phonon modes of the tetragonal phase of the two-dimensional polymerized C60 has ...
To investigate the polymerization of fullerenes, solid C60 and C70 have been subjected simultaneousl...
Fullerenes easily polymerize under high pressure by forming covalent intermolecular bonds. For C60 t...
The structural stability of the tetragonal and rhombohedral two-dimensional (2D) polimeric phases of...
The polymerization of C60 by covalent bonding has been studied as a function of pressure and tempera...
The polymerization of C60 by covalent bonding has been studied as a function of pressure and tempera...
Fullerenes easily polymerize under high pressure by forming covalent intermolecular bonds. For C60 t...