C-60 Single crystals grown by a single-temperature-gradient technique were characterized by synchrotron radiation white beam x-ray topography and x-ray double crystal diffraction with Cu K-alpha 1 radiation on conventional x-ray source. The results show that the crystal is rather well crystallized, The x-ray topographies give an evidence of dendritic growth mechanism of C-60 Single crystal, and x-ray double crystal diffraction rocking curve shows that there are mosaic structural defects in the sample. A phase transition st 249+/-1.5% K from a simple cubic to a face centered cubic structure is confirmed by in situ observation of synchrotron radiation white beam x-ray topography with the temperature varing from 230 to 295 K
We have performed thermal conductivity measurements on C60 and C70 crystals grown by sublimation. Fo...
Results of X-ray diffraction study at 300K, 77K and 10K are presented for C70 powder prepared by bot...
The phase transition in C60 and (related) lattice defects are studied by low-temperature electron mi...
X-ray diffraction has employed to study the low temperature structural behavior of C$_{60}$ crystals...
The crystal structure and defect structures of C60 material have been studied by means of X-ray diff...
Contains fulltext : 99036.pdf (publisher's version ) (Open Access
Cubic as well as hexagonal single crystals of C70 have been grown and investigated by electron diffr...
Cubic as well as hexagonal single crystals of C70 have been grown and investigated by electron diffr...
Single crystals of pure C60 are grown from the vapour phase. The crystal morphology is compared to t...
We report the temperature dependence of the specific heat of (CO)xC60, and the temperature dependenc...
The {111} and {100} faces of C60 crystals grown from the vapour phase have been studied by phase sen...
C60 crystals were grown from purified powder material with a multiple sublimation technique. In addi...
The room-temperature face-centered cubic (FCC-a0) phase as well as the low-temperature simple cubic ...
The room-temperature face-centered cubic (FCC-a0) phase as well as the low-temperature simple cubic ...
The structure and microplasticity of high-purity fullerite C-60 have been investigated comprehensive...
We have performed thermal conductivity measurements on C60 and C70 crystals grown by sublimation. Fo...
Results of X-ray diffraction study at 300K, 77K and 10K are presented for C70 powder prepared by bot...
The phase transition in C60 and (related) lattice defects are studied by low-temperature electron mi...
X-ray diffraction has employed to study the low temperature structural behavior of C$_{60}$ crystals...
The crystal structure and defect structures of C60 material have been studied by means of X-ray diff...
Contains fulltext : 99036.pdf (publisher's version ) (Open Access
Cubic as well as hexagonal single crystals of C70 have been grown and investigated by electron diffr...
Cubic as well as hexagonal single crystals of C70 have been grown and investigated by electron diffr...
Single crystals of pure C60 are grown from the vapour phase. The crystal morphology is compared to t...
We report the temperature dependence of the specific heat of (CO)xC60, and the temperature dependenc...
The {111} and {100} faces of C60 crystals grown from the vapour phase have been studied by phase sen...
C60 crystals were grown from purified powder material with a multiple sublimation technique. In addi...
The room-temperature face-centered cubic (FCC-a0) phase as well as the low-temperature simple cubic ...
The room-temperature face-centered cubic (FCC-a0) phase as well as the low-temperature simple cubic ...
The structure and microplasticity of high-purity fullerite C-60 have been investigated comprehensive...
We have performed thermal conductivity measurements on C60 and C70 crystals grown by sublimation. Fo...
Results of X-ray diffraction study at 300K, 77K and 10K are presented for C70 powder prepared by bot...
The phase transition in C60 and (related) lattice defects are studied by low-temperature electron mi...