Add to ORKGA general expression has been derived for the lattice strain which corresponds to the measurement by x-ray diffraction method on a specimen (hexagonal system) compressed non hydrostatically in an opposed anvil high pressure setup. The expressions relevant to the different diffraction geometries used in high pressure experiments with opposed anvils emerge as the special cases of this equation. The effect of the deviator stress component in the lattice parameters derived from the interlunar spacing measured at high pressure is discussed.13; 13
The d spacings in niobium have been measured to 145 GPa with a diamond anvil cell using a fluid13; p...
Diamond anvil cells have been extensively used to generate pressures up to a few hundred gigapascals...
Diamond anvil cells have been extensively used to generate pressures up to a few hundred gigapascals...
A general expression has been derived for the lattice strain which corresponds to the measurement by...
The diamond anvil cell (DAC) can be used to compress samples to a few megabars, and the use of synch...
The diamond anvil cell (DAC) can be used to compress samples to a few megabars, and the use of synch...
A general expression has been derived using anisotropic elasticity theory for the lattice strain whi...
A general expression has been derived using anisotropic elasticity theory for the lattice strain whi...
The equations for the lattice strains produced by nonhydrostatic compression are presented for all s...
The experimental setups based on the principle of opposed anvils have been extensively used in x-ray...
The equations have been derived for the tetrigonal system to calculate the lattice strains produced ...
The equations have been derived for the tetrigonal system to calculate the lattice strains produced ...
The equations for the lattice strains produced by nonhydrostatic compression are presented for all s...
The equations have been derived for the trigonal system to calculate the lattice strains produced by...
The equations have been derived for the trigonal system to calculate the lattice strains produced by...
The d spacings in niobium have been measured to 145 GPa with a diamond anvil cell using a fluid13; p...
Diamond anvil cells have been extensively used to generate pressures up to a few hundred gigapascals...
Diamond anvil cells have been extensively used to generate pressures up to a few hundred gigapascals...
A general expression has been derived for the lattice strain which corresponds to the measurement by...
The diamond anvil cell (DAC) can be used to compress samples to a few megabars, and the use of synch...
The diamond anvil cell (DAC) can be used to compress samples to a few megabars, and the use of synch...
A general expression has been derived using anisotropic elasticity theory for the lattice strain whi...
A general expression has been derived using anisotropic elasticity theory for the lattice strain whi...
The equations for the lattice strains produced by nonhydrostatic compression are presented for all s...
The experimental setups based on the principle of opposed anvils have been extensively used in x-ray...
The equations have been derived for the tetrigonal system to calculate the lattice strains produced ...
The equations have been derived for the tetrigonal system to calculate the lattice strains produced ...
The equations for the lattice strains produced by nonhydrostatic compression are presented for all s...
The equations have been derived for the trigonal system to calculate the lattice strains produced by...
The equations have been derived for the trigonal system to calculate the lattice strains produced by...
The d spacings in niobium have been measured to 145 GPa with a diamond anvil cell using a fluid13; p...
Diamond anvil cells have been extensively used to generate pressures up to a few hundred gigapascals...
Diamond anvil cells have been extensively used to generate pressures up to a few hundred gigapascals...