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Results for “PHASE DIAGRAMS”
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Structural evolution and skyrmionic phase diagram of the lacunar spinel GaMo[subscript 4]Se[subscript 8]
Abstract not provided
Ground state phase diagram of the doped Hubbard model on the four-leg cylinder
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Characterizing the dynamical phase diagram of the Dicke model via classical and quantum probes
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Mapping the phase diagram of the quantum anomalous Hall and topological Hall effects in a dual-gated magnetic topological insulator heterostructure
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Mapping the metal-insulator phase diagram by algebraically fast-forwarding dynamics on a cloud quantum computer
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Machine-learning enabled construction of temperature-strain phase diagrams of ferroelectric thin films
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IC W18_rhenium Highlight: Topological equivalence of the phase diagrams of molybdenum and tungsten [Slides]
Absract not provided.
IC W18_meltshear Highlight: Ab initio P-T phase diagram, P-ρ cold shear modulus, and T-ρ melting curve of Pb vs. experiment and theoretical modeling [Slides]
Abstract not provided.
Phase transitions and phase diagram of silicon carbide at exoplanetary core conditions.
Abstract not provided.
Enabling measurement of phase diagrams for Pd and isotopes of hydrogen
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Exploring the QCD Phase Diagram with Fluctuations
Here, we report on recent progress concerning the theoretical description of event-by-event fluctuations in heavy-ion collisions. Specifically, we discuss a new Cooper–Frye particlization routine — the subensemble sampler — which is designed to incorporate effects of global conservation laws, thermal smearing and resonance decays on fluctuation measurements in various rapidity acceptances. First applications of the method to heavy-ion collisions at the LHC energies are presented, and further necessary steps to analyze fluctuations from the RHIC beam energy scan are outlined.
Determination of the succinonitrile-benzene and succinonitrile-cyclohexanol phase diagrams by thermal and UV spectroscopic analysis
Equilibrium temperature-composition diagrams were determined for the two organic systems, succinonitrile-benzene and succinonitrile-cyclohexanol. Measurements were made using the common thermal analysis methods and UV spectrophotometry. Succinonitrile-benzene monotectic was chosen for its low affinity for water and because UV analysis would be simplified. Succinonitrile-cyclohexanol was chosen because both components are transparent models for metallic solidification, as opposed to the other known succinonitrile-based monotectics.
Studies on copper alloys containing chromium on the copper side phase diagram
Specimens were prepared from vacuum melted alloys of high purity vacuum melted copper and electrolytic chromium. The liquidus and eutectic point were determined by thermal analysis. The eutectic temperature is 1974.8 F and its composition is 1.28 wt% of chromium. The determination of solid solubility of chromium in copper was made by microscopic observation and electrical resistivity measurement. The solubility of chromium in solid copper is 0.6 wt% at 1050 F, 0.4 wt% at 1000 F, 0.25 wt% at 950 F, 0.17 wt% at 900 F, and 0.30 wt% at 840 F.
Electrical conductivity and phase diagram of binary alloys. 21: The system palladium-chromium
Pd-Cr alloys were investigated by thermal analysis, hardness measurements, X-ray analysis, microscopic examination of etched pieces, and temperature-resistance curves of the solid alloys. Only one compound, Pd2Cr3, m, 1389 deg, is formed. It possesses a cubic face centered lattice and forms with excess Pd a series of solid solutions with a minimum m.p. at 45 atoms% Pd. Hardness maximum appears at the Pd2Cr3 point. Pd2Cr3 forms no solid solutions with Cr but eutectic point appears at 25 atoms% Pd, m. 1320 deg. The sp. resistance of pure Cr in an atom of H, indicates no allotropic forms. Cr2O3 is solid in molten Cr. Pure Cr melts at 1890 plus or minus 10 deg but Cr contg. Cr2O3 starts to melt at 1770 to 1790 deg.