Keywords: انبساط حرارتی منفی; Negative thermal expansion; Tape casting; Polymer-derived ceramics; Eucryptite; Substrate;
مقالات ISI انبساط حرارتی منفی (ترجمه نشده)
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Keywords: انبساط حرارتی منفی; Structure-properties relationship; Magnetic properties; Magneto-elastic transformation; Negative thermal expansion; Alloys;
Keywords: انبساط حرارتی منفی; Lattice structure; Negative thermal expansion; Reconstruction method; Mechanical property; Finite element analysis;
Keywords: انبساط حرارتی منفی; Cellular structure; Metastructure; Metamaterial; Negative thermal expansion; Negative Poisson's ratio;
Keywords: انبساط حرارتی منفی; Anomalous thermodynamic properties; Lattice dynamics; Inelastic neutron scattering; Phonon; Phonon dispersion relation; Phonon density of states; Negative thermal expansion; Thermal expansion; Specific heat; Equation of state;
Keywords: انبساط حرارتی منفی; Microlattice material; Negative thermal expansion; Therrmoelasticity;
Keywords: انبساط حرارتی منفی; Graphyne; Graphdiyne; Negative thermal expansion; Young's modulus; High Poisson's ratio; Anisotropic elastic behavior; Molecular dynamics;
When defects turn into virtues: The curious case of zirconium-based metal-organic frameworks
Keywords: انبساط حرارتی منفی; MOF; metal-organic framework; Zr-MOF; zirconium-based metal-organic framework; H2bdc; terephthalic acid; H2bpdc; 4,4â²-biphenyldicarboxylic acid; H2tpdc; 4,4â²-terphenyldicarboxylic acid; SBU; secondary building unit; H3btc; 1,3,5-benzenetricarboxylic a
Keywords: انبساط حرارتی منفی; Thin films; Negative thermal expansion; Vibrational density of states; MD simulation;
Keywords: انبساط حرارتی منفی; Metal fluorides; Negative thermal expansion
Keywords: انبساط حرارتی منفی; Ripples; Negative thermal expansion; Soft phonon modes;
Keywords: انبساط حرارتی منفی; A. Polymer–matrix composites (PMCs); B. Thermal properties; E. Injection moulding; Negative thermal expansion
Keywords: انبساط حرارتی منفی; Negative thermal expansion; Antiperovskite manganese nitride; Magnetic interaction; Microstructure scale
Phase transition and negative thermal expansion of HfMnMo3O12
Keywords: انبساط حرارتی منفی; Negative thermal expansion; Thermal stability; X-ray diffraction;
Large and constant coefficient of negative thermal expansion covering a wide temperature range in Zn1âxMnxNMn3 (0 â¤Â x â¤Â 0.3)
Keywords: انبساط حرارتی منفی; Negative thermal expansion; Antiperovskite; Magnetic properties; Electron spin resonance;
Spin-lattice coupling and complex thermal expansion in Ca2FeAlO5
Keywords: انبساط حرارتی منفی; Brownmillerites; Ceramics; Negative thermal expansion; Spin-lattice coupling;
Negative thermal expansion property of CuMoO4
Keywords: انبساط حرارتی منفی; Negative thermal expansion; α-CuMoO4; Charge transfer; d9Jahn-Teller effect;
Thermal properties of fcc titanium and aluminum thin films
Keywords: انبساط حرارتی منفی; Thin films; Negative thermal expansion; Metastable state; Vibrational density of states; Molecular dynamics simulation;
Uniaxial negative thermal expansion and metallophilicity in Cu3[Co(CN)6]
Keywords: انبساط حرارتی منفی; Negative thermal expansion; Framework materials; Metallophilic interactions;
Thermodynamic model of a solid with RKKY interaction and magnetoelastic coupling
Keywords: انبساط حرارتی منفی; Magnetoelastic coupling; Ferromagnetism; Antiferromagnetism; Thermodynamics of magnets; RKKY interaction; Magnetization; Magnetostriction; Negative thermal expansion; Compressibility; Susceptibility;
Dehydration mechanism of AlPO4-5: A high-resolution synchrotron X-ray powder diffraction study
Keywords: انبساط حرارتی منفی; AlPO4-5; High temperature XRPD; Dehydration; Negative thermal expansion;
Fabrication and negative thermal expansion properties of P-substituted ZrV2O7 sintered bodies
Keywords: انبساط حرارتی منفی; Zirconium vanadate; Sintered body; Sintering aid; Negative thermal expansion;
(Pb1-xBix)(Ti1-xMnx)O3: Competing mechanism of tetragonal-cubic phase on A/B site modifications
Keywords: انبساط حرارتی منفی; Perovskite; Structure; Negative thermal expansion; Dielectric; Phase transition;
Hoberman-sphere-inspired lattice metamaterials with tunable negative thermal expansion
Keywords: انبساط حرارتی منفی; Metamaterials; Lattice; Negative thermal expansion;
Good comprehensive performance of Laves phase Hf1-xTaxFe2 as negative thermal expansion materials
Keywords: انبساط حرارتی منفی; Laves phases; Negative thermal expansion; Electron spin resonance; Thermal conductivity; Young's modulus;
Large negative thermal expansion in (Ga0.7Cu0.3)1-xMnxNMn3 (x â¤Â 0.4), compensating for the thermal expansion of cryogenic materials
Keywords: انبساط حرارتی منفی; Intermetallic compound; Polymer matrix composites; Magnetic properties; Negative thermal expansion; Thermal conductivity;
Enhanced negative thermal expansion and optical absorption of In0.6(HfMg)0.7Mo3O12 with oxygen vacancies
Keywords: انبساط حرارتی منفی; Oxygen vacancies; Negative thermal expansion; Near-zero thermal expansion; Structure analysis;
Avoiding the intermediate phase Zr2WP2O12 to develop a larger-negative-thermal-expansion-coefficient material Zr2W2P2O15
Keywords: انبساط حرارتی منفی; Negative thermal expansion; Intermediate phase; Control reaction; Zr2W2P2O15;
Phase transition and negative thermal expansion properties in isovalently substituted In2âxScx(MoO4)3 ceramics
Keywords: انبساط حرارتی منفی; Phase transition; Negative thermal expansion; Molybdates; Ceramics;
In-situ Raman spectroscopy study of thermal mismatch stress and negative thermal expansion behaviours of ZrW2O8 in ZrW2O8/Al composite
Keywords: انبساط حرارتی منفی; Metal matrix composites; Negative thermal expansion; Raman spectroscopy; Phase transformation; Residual stress;
Polymer derived ceramics with β-eucryptite fillers: A novel processing route to negative and near zero expansion materials
Keywords: انبساط حرارتی منفی; Polymer derived ceramics; Negative thermal expansion; Pyrolysis;
High pressure Raman scattering study on Sm2Mo4O15 system
Keywords: انبساط حرارتی منفی; Hydrostatic pressure; Raman scattering; Molybdates; Negative thermal expansion; Pressure induced amorphization; Structural phase transition; Phonon calculation;
The GaNMn3-Epoxy composites with tunable coefficient of thermal expansion and good dielectric performance
Keywords: انبساط حرارتی منفی; Polymer-matrix composites (PMCs); Intermetallics; Negative thermal expansion; Electrical properties; Thermal properties;
Effects of doping Fe cations on crystal structure and thermal expansion property of Yb2Mo3O12
Keywords: انبساط حرارتی منفی; Negative thermal expansion; Crystal structure; X-ray diffraction; Rietveld method; Molybdate;
The features of thermal properties and CEF-influence in intermediate valence compound CeB4 at the temperatures of 2-300Â K
Keywords: انبساط حرارتی منفی; Boride; Heat capacity; Negative thermal expansion; Intermediate valence; Crystal electric field;
NiFe2 and its nitride γ-NiFe2N derived from NiFe2O4: Magnetostriction, thermal expansion, resistivity and corrosion resistance
Keywords: انبساط حرارتی منفی; Perovskite γ-NiFe2N; Magnetostriction; Negative thermal expansion; Resistivity; Corrosion resistance;
The isochoric heat capacity of ZrW2O8 and Sc2W3O12 is greater than their isobaric one
Keywords: انبساط حرارتی منفی; Negative thermal expansion; Heat capacity; Compressibility; Mayer's relation; Thermal properties; Thermodynamics and kinetics of processes in materials
High-pressure and high-temperature synthesis and study of the thermal properties of ZrW2O8/Cu composites
Keywords: انبساط حرارتی منفی; Zriconium tungstate; Negative thermal expansion; Phase transition; High-pressure; Metal matrix composites (MMCs); Thermal properties
Negative thermal expansion and low-temperature heat capacity anomalies of Ge31P15Se8 semiclathrate
Keywords: انبساط حرارتی منفی; Clathrate; Heat capacity; Negative thermal expansion; Low temperatures; Debye-Einstein model; Characteristic temperatures; Grüneisen parameter
Charge transfer induced negative thermal expansion in perovskite BiNiO3
Keywords: انبساط حرارتی منفی; Charge transfer; Negative thermal expansion; BiNiO3; First-principles;
Magnetocaloric and negative thermal expansion effects for Ni55.5Mn19.5Ga25 Heusler alloy with magneto-structural transition
Keywords: انبساط حرارتی منفی; Heusler alloy; Martensitic transformation; Magnetocaloric effect; Negative thermal expansion;
Phase transition and near-zero thermal expansion in ZrFeMo2VO12
Keywords: انبساط حرارتی منفی; Negative thermal expansion; Near-zero thermal expansion; Phase transition; Raman;
First-principles study of the negative thermal expansion of PbTiO3
Keywords: انبساط حرارتی منفی; Negative thermal expansion; Phonon spectra; First-principles calculations; Grüneisen parameter; Vibrational mode;
Negative thermal expansion and electrical properties of α-Cu2V2O7
Keywords: انبساط حرارتی منفی; 65.40.De; 87.63.Pn; 71.20.Nr; Negative thermal expansion; α-Cu2V2O7; Solid state method; Impedance spectrum;
High pressure studies of A2Mo3O12 negative thermal expansion materials (A2=Al2, Fe2, FeAl, AlGa)
Keywords: انبساط حرارتی منفی; Negative thermal expansion; High pressure; Synchrotron radiation; in-situ studies; Phase transitions; Scandium tungstate family;
Anisotropic thermal expansion in Sr2RhO4 – A variable temperature Synchrotron X-ray diffraction study
Keywords: انبساط حرارتی منفی; Sr2RhO4; Phase transition; Negative thermal expansion
Decomposition of ZrW2O8 in Al matrix and the influence of heat treatment on ZrW2O8/Al–Si thermal expansion
Keywords: انبساط حرارتی منفی; Metal matrix material; Negative thermal expansion; ZrW2O8; Thermal mismatch stress
Effects of substrate temperature and oxygen pressure in pulsed laser deposited ZrW1.5Mo0.5O8 thin films
Keywords: انبساط حرارتی منفی; Pulsed laser deposition; Thin film; Negative thermal expansion; Surface morphology
Unusual thermal expansion of Sr2IrO4: A variable temperature synchrotron X-ray diffraction study
Keywords: انبساط حرارتی منفی; Sr2IrO4; Phase transition; Negative thermal expansion
Thermal expansion and electrical properties of stannum doped manganese nitrides and composites
Keywords: انبساط حرارتی منفی; Antiperovskite manganese nitrides; Negative thermal expansion; Carbon nanotubes; Electrical conductivity; Solid state sintering