Abstract—A new design of an automated shear cell with diamond anvils for Xray in situ studies has been developed and manufactured. As compared with a previous design, the dimensions and weight of the new cell have been reduced almost by one half on retention of the pressure range up to 100 GPa. To demon strate the efficiency of the apparatus, the investigations of the possibility to use polycrystalline NaCl as a sensor of pressure at diffraction studies of samples in nonhydrostatic compression conditions have been carried out. DOI: 10.3103/S106345761501001
We present an improved setup for the experimental study of deformation of solids at simultaneous hig...
International audienceWe describe some important improvements allowed by the development of newcell ...
The more than a century-old technique of X-ray diffraction in either angle or energy dispersive mode...
A polycrystalline sample compressed in a diamond anvil cell (DAC) without any pressure transmitting ...
A system for high pressure synchrotron X-ray diffraction studies of biological samples in a diamond ...
During recent decades the number of high-pressure crystallographic studies has rapidly increased. Th...
An integrated technique of diamond-anvil cell, laser-heating and synchrotron x-ray diffraction techn...
A new style of diamond anvil cell (DAC) has been designed and built for conducting research in fluid...
We report the measurements of the three-dimensional pressure distribution in a sample of NaCl compre...
Diamond anvil cells have been extensively used to generate pressures up to a few hundred gigapascals...
X-ray diffraction patterns from platinum foil 300 nm grain size have been recorded up to 330 GPa...
Pressure-volume (P-V) data were measured for Ta up to 69 GPa at T=298 K using angle-dispersive sync...
International audienceA high-pressure cell for in-situ single-crystal neutron diffraction was develo...
An experimental platform for dynamic diamond anvil cell (dDAC) research hasbeen developed at the Hig...
International audienceHigh-pressure and/or high-temperature analysis of geo- and material science sa...
We present an improved setup for the experimental study of deformation of solids at simultaneous hig...
International audienceWe describe some important improvements allowed by the development of newcell ...
The more than a century-old technique of X-ray diffraction in either angle or energy dispersive mode...
A polycrystalline sample compressed in a diamond anvil cell (DAC) without any pressure transmitting ...
A system for high pressure synchrotron X-ray diffraction studies of biological samples in a diamond ...
During recent decades the number of high-pressure crystallographic studies has rapidly increased. Th...
An integrated technique of diamond-anvil cell, laser-heating and synchrotron x-ray diffraction techn...
A new style of diamond anvil cell (DAC) has been designed and built for conducting research in fluid...
We report the measurements of the three-dimensional pressure distribution in a sample of NaCl compre...
Diamond anvil cells have been extensively used to generate pressures up to a few hundred gigapascals...
X-ray diffraction patterns from platinum foil 300 nm grain size have been recorded up to 330 GPa...
Pressure-volume (P-V) data were measured for Ta up to 69 GPa at T=298 K using angle-dispersive sync...
International audienceA high-pressure cell for in-situ single-crystal neutron diffraction was develo...
An experimental platform for dynamic diamond anvil cell (dDAC) research hasbeen developed at the Hig...
International audienceHigh-pressure and/or high-temperature analysis of geo- and material science sa...
We present an improved setup for the experimental study of deformation of solids at simultaneous hig...
International audienceWe describe some important improvements allowed by the development of newcell ...
The more than a century-old technique of X-ray diffraction in either angle or energy dispersive mode...