High-Pressure-Induced Phase Transitions Of Mercury Chalcogenides

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Pressure induced structural transition and elastic properties of ZnS-type (B3) to NaCl-type (B1) structure in mercury chalcogenides (HgX; X = S, Se and Te) are presented.

Thermopower of lead chalcogenides at high pressures

relativistic effects on the high-pressure phase transitions of HgO. Keywords Mercury oxide Montroydite X-ray diffraction Phase transitions Equations of state Introduction The high

Abstract: The widths of the hystereses curves, characterizing the pressure induced phase transitions of mercury chalcogenides, were substantiaily decreased by the addition of

Polymorphic transitions of HgSexTe(1 − x) induced by pressure were investigated for 0 <- x <- 1. The transitions were followed by both volume and resi

Phase transition, electronic and optical properties of NaCl under pressure
Pressure induced structural phase transitions—A review
Thermopower of lead chalcogenides at high pressures

The nearest neighbor dependence of the pressure induced polymorphic phase transitions of mercury chalcogenides have been analyzed. An ionic and a metallic model were used to

Pressure induced structural transition of ZB→RS and the elastic properties of ZB structure in Hg chalcogenides as a function pressure and temperature are reported in the

Pressure induced phase transitions of mercury chalcogenides

The pressure induced phase transition of α-HgS from cinnabar to NaCl structure (rock salt) was determined by Huang and Ruoff [5] at about 13 GPa by energy dispersive X-ray

We report the results of pressure-induced semiconductor-metal phase transition of the semiconducting chalcogenide compound KPSe 6 under high pressure using the ab initio

We have carried out a theoretical investigation of the structural, electronic and optical properties of mercury chalcogenides under pressure via first-principle calculations

The nearest neighbor dependence of the pressure induced polymorphic phase transitions of mercury chalcogenides have been analyzed. An ionic and a metallic model were

The low value of tetragonal shear constant Cs of the parent phase reflects the elastic instability leading to a pressure-induced phase transition. According to our isotropic

The high-pressure-induced phase transitions of mercury chalcogenides (including sulfide, selenide, and telluride) were studied to 40 GPa using energy-dispersive x-ray diffraction with a

In this paper investigations of electrical and mechanical properties of ternary mercury chalcogenides Hg 1-x Cd x Se, HgSe 1-x S x, HgTe 1-x S x were performed subjected to

Pressure induced structural transition and elastic properties of ZnS-type (B3) to NaCl-type (B1) structure in mercury chalcogenides (Hg X; X = S, Se and Te) are presented.

High-Pressure Induced Phase Transitions in High-Entropy Alloys: A Review

The nearest neighbor dependence of the pressure induced polymorphic phase transitions of mercury chalcogenides have been analyzed. An ionic and a metallic model were used to

High-pressure experimental techniques developed for studying the structural phase transitions and elastic properties are reviewed. The complete set of theoretical and

High-pressure-induced phase transitions of mercury chalcogenides. High-pressure-induced phase transitions of mercury chalcogenides . High-pressure-induced phase transitions

A procedure has been developed for the direct Observation of the pressure-induced polymorphic phase transitions. The resistance Variation, which is due to the different

The processes involved in the high-pressure phases of Sr–S compounds and the pressure-induced decomposition into strontium and sulfur are investigated using a structure

Ruoff,“High Pressure Induced Phase Transitions of Hg Chalcogenides,”Phys. Rev. B, 31, 5976–5983 (1985). (Crys Structure, Pressure; Experimental) (Crys Structure, Pressure;

In this paper investigations of electrical and mechanical properties of ternary mercury chalcogenides Hg 1-x Cd x Se, HgSe 1-x S x , HgTe 1-x S x were performed subjected to

We have carried out a theoretical investigation of the structural, electronic and optical properties of mercury chalcogenides under pressure via first-principle calculations within the density

High-pressure experimental techniques developed for studying the structural phase transitions and elastic properties are reviewed. The complete set of theoretical and

High-pressure-induced phase transitions of mercury chalcogenides (Q77965341) From Wikidata. Jump to navigation Jump to search. scientific article published on 01 May 1985. edit. Language

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