A new setup has been recently developed in the toroidal opposed-anvil device ‘Conac 40 ’ to perform differential thermal analysis in a high pressure range (0–6 GPa). To evaluate the precision and the reliability of the setup, the high pressure melting curve of germanium and the transition points of α-iron have been investigated up to 5.3 GPa and compared with previous results
International audienceThe high-pressure, high-temperature behavior of iron was investigated to 140 G...
The article reviews the experimental techniques used in high pressure-low temperature investigations...
We determined high-pressure melting curves for Fe₃C, Fe₇C₃ and the Fe-Fe₃C eutectic using laser-heat...
A piston cylinder based high pressure differential thermal analyzer system is developed to investiga...
A differential method for measuring high quasi‒hydrostatic pressures for six‒punch pressing installa...
A differential method for measuring high quasi‒hydrostatic pressures for six‒punch pressing installa...
A new ‘laser flash-heating’ method has been developed for measuring melting temperatures above 2000 ...
A technique is described to laser heat samples uniformly under hydrostatic pressure conditions to ov...
We present a modified assembly for high pressure and temperature measurements in a MAX80 press. Thed...
International audienceThe accurate determination of melting curves for transition metals is an inten...
The melting curve of ε-iron in the pressure range of 100 GPa to 300 GPa has been derived by computin...
Transition metals (Ti, Zr, Hf, Mo, W, V, Nb, Ta, Pd, Pt, Cu, Ag, and Au) are essential building unit...
The development of a quantitative differential thermal analysis apparatus having a constant sensitiv...
The behaviour of materials at high pressure is relevant for a number of fields, including defence, a...
Matter at extreme pressures and temperatures provides an exciting field of research in both fundamen...
International audienceThe high-pressure, high-temperature behavior of iron was investigated to 140 G...
The article reviews the experimental techniques used in high pressure-low temperature investigations...
We determined high-pressure melting curves for Fe₃C, Fe₇C₃ and the Fe-Fe₃C eutectic using laser-heat...
A piston cylinder based high pressure differential thermal analyzer system is developed to investiga...
A differential method for measuring high quasi‒hydrostatic pressures for six‒punch pressing installa...
A differential method for measuring high quasi‒hydrostatic pressures for six‒punch pressing installa...
A new ‘laser flash-heating’ method has been developed for measuring melting temperatures above 2000 ...
A technique is described to laser heat samples uniformly under hydrostatic pressure conditions to ov...
We present a modified assembly for high pressure and temperature measurements in a MAX80 press. Thed...
International audienceThe accurate determination of melting curves for transition metals is an inten...
The melting curve of ε-iron in the pressure range of 100 GPa to 300 GPa has been derived by computin...
Transition metals (Ti, Zr, Hf, Mo, W, V, Nb, Ta, Pd, Pt, Cu, Ag, and Au) are essential building unit...
The development of a quantitative differential thermal analysis apparatus having a constant sensitiv...
The behaviour of materials at high pressure is relevant for a number of fields, including defence, a...
Matter at extreme pressures and temperatures provides an exciting field of research in both fundamen...
International audienceThe high-pressure, high-temperature behavior of iron was investigated to 140 G...
The article reviews the experimental techniques used in high pressure-low temperature investigations...
We determined high-pressure melting curves for Fe₃C, Fe₇C₃ and the Fe-Fe₃C eutectic using laser-heat...