Add to ORKGThe elastic moduli of polycrystalline rhenium diboride are measured as a function of temperature between 5 and 325 K. The room temperature results show that ReB2 has very high values for both the bulk and shear modulus, confirming the incompressible and superhard nature of this material. With decreasing temperature, the moduli increase, with a hint of softening below 50 K
Ultra-incompressible and superhard materials are good candidates for applications in cutting, grindi...
The temperature dependencies of the isothermal bulk modulus of TiB2 above room temperature were calc...
Structural and mechanical properties of several rare-earth diborides were systematically investigate...
diboride (ReB2) at ambient pressure. We show that ReB2, first synthesized at ambient pressure 45 yea...
Rhenium diboride is a recently recognized ultra-incompressible superhard material. Here we report th...
We experimentally investigated some of the mechanical properties of ReB2 under high temperature/pres...
The recent search for superhard materials concentrated on diborides of the 5d transition metals beca...
Recently, the superhardness of rhenium diboride was discovered. This study presents a first successf...
Rhenium diboride (ReB2) in its P6(3)/mmc crystalline structure, is widely known as a super-hard mate...
First-principle calculations are performed to investigate the structural, elastic, and electronic pr...
Recently, the superhardness of rhenium diboride was discovered. This study presents a first successf...
Based on synchrotron X-ray diffraction on phase-pure samples, we revised the bulk moduli of the rhen...
The structural, mechanical, and thermodynamic properties of R-3m ReB4 under high pressure were inves...
Yielding of materials is not understood well enough for detailed, quantitative predictions of streng...
The properties of structure, elasticity and electron for ReB2 and MoB2 are investigated, using first...
Ultra-incompressible and superhard materials are good candidates for applications in cutting, grindi...
The temperature dependencies of the isothermal bulk modulus of TiB2 above room temperature were calc...
Structural and mechanical properties of several rare-earth diborides were systematically investigate...
diboride (ReB2) at ambient pressure. We show that ReB2, first synthesized at ambient pressure 45 yea...
Rhenium diboride is a recently recognized ultra-incompressible superhard material. Here we report th...
We experimentally investigated some of the mechanical properties of ReB2 under high temperature/pres...
The recent search for superhard materials concentrated on diborides of the 5d transition metals beca...
Recently, the superhardness of rhenium diboride was discovered. This study presents a first successf...
Rhenium diboride (ReB2) in its P6(3)/mmc crystalline structure, is widely known as a super-hard mate...
First-principle calculations are performed to investigate the structural, elastic, and electronic pr...
Recently, the superhardness of rhenium diboride was discovered. This study presents a first successf...
Based on synchrotron X-ray diffraction on phase-pure samples, we revised the bulk moduli of the rhen...
The structural, mechanical, and thermodynamic properties of R-3m ReB4 under high pressure were inves...
Yielding of materials is not understood well enough for detailed, quantitative predictions of streng...
The properties of structure, elasticity and electron for ReB2 and MoB2 are investigated, using first...
Ultra-incompressible and superhard materials are good candidates for applications in cutting, grindi...
The temperature dependencies of the isothermal bulk modulus of TiB2 above room temperature were calc...
Structural and mechanical properties of several rare-earth diborides were systematically investigate...