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1. Full Text Fabrication of Colloidal Laves Phases via Hard Tetramers and Hard Spheres: Bulk Phase Diagram and Sedimentation Behavior
by Avvisati, Guido and Dasgupta, Tonnishtha and Dijkstra, Marjolein
ACS nano, ISSN 1936-0851, 08/2017, Volume 11, Issue 8, pp. 7702 - 7709
Monte Carlo methods | Materials Science(all) | phase diagrams | Physics and Astronomy(all) | colloidal particles | Laves phases | hard tetramers | photonic crystals | sedimentation | Engineering(all) | Physical Sciences | Chemistry | Materials Science | Nanoscience & Nanotechnology | Technology | Materials Science, Multidisciplinary | Science & Technology - Other Topics | Chemistry, Multidisciplinary | Chemistry, Physical | Science & Technology
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2. Full Text In situ phase transformation of Laves phase from Chi-phase in Mo-containing Fe–Cr–Ni alloys
by Tan, L and Yang, Y and Oak Ridge National Lab. (ORNL), Oak Ridge, TN (United States)
Materials letters, ISSN 0167-577X, 11/2015, Volume 158, Issue C, pp. 233 - 236
Phase transformation | Microstructure | TEM | Mo-containing stainless steels | Physical Sciences | Materials Science | Technology | Materials Science, Multidisciplinary | Physics | Science & Technology | Physics, Applied | Precipitation (Meteorology) | Intermetallic compounds | Structure | Analysis | Alloys | Crystals | Precipitation | Phase transformations | Austenitic stainless steels | Laves phase | Molybdenum base alloys | Molybdenum | Crystal structure | MATERIALS SCIENCE
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3. Influence of atomic size factors on the phase stability of laves phase in Nb-Cr-Ni-Al and Nb-V-Ni-Al phase diagrams
by Yamanouchi, Takuya and Miura, Seiji
Materials transactions, ISSN 1345-9678, 2018, Volume 59, Issue 4, pp. 546 - 555
Quasi-ternary phase diagram | Phase equilibrium | Size factor | Materials Science | Technology | Materials Science, Multidisciplinary | Metallurgy & Metallurgical Engineering | Science & Technology | Intermetallic compounds | Metals | Intermetallic phases | Nickel aluminides | Molybdenum | Aluminum oxide | Substitutes | Oxidation resistance | Niobium base alloys | Laves phase | Phase equilibria | Chromium | Nickel compounds | Phase stability
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4. Full Text The effect of phase parameter variation on hardness of P91 components after service exposures at 530–550 °C
by Peng, Z.F and Liu, S and Yang, C and Chen, F.Y and Peng, F.F
Acta materialia, ISSN 1359-6454, 01/2018, Volume 143, pp. 141 - 155
M23C6 carbide | Ferrite | Hardness | Martensite | Laves phase | P91 steel | C | M | carbide | Mechanical properties | Precipitation (Meteorology) | Analysis | Iron compounds | Electric power production | Mechanical engineering
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5. Full Text Multistep evolution of βo phase during isothermal annealing of Ti-42Al-5Mn alloy: Formation of Laves phase
by Tang, Hongjian and Li, Xiaobing and Ma, Yingche and Chen, Bo and Xing, Weiwei and Zhao, Pengxiang and Shu, Lei and Zhang, Mengshu and Liu, Kui
Intermetallics, ISSN 0966-9795, 11/2020, Volume 126, p. 1
Phase transformation | βo phase | Microstructural evolution | Laves | Diffusion | γ-TiAl | Beta phase | Chemical precipitation | Hot workability | Aluminum | Isothermal annealing | Alloys | High temperature | Precipitates | Phase transitions | Titanium base alloys | Laves phase | Evolution | Platelets | Manganese
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6. Full Text Intrinsic crystal phase separation in the antiferromagnetic superconductor RbyFe2−xSe2: a diffraction study
by Yu Pomjakushin, V and Krzton-Maziopa, A and Pomjakushina, E V and Conder, K and Chernyshov, D and Svitlyk, V and Bosak, A
Journal of physics. Condensed matter, ISSN 0953-8984, 10/2012, Volume 24, Issue 43, p. 435701
Physics, Condensed Matter | Physical Sciences | Physics | Science & Technology | Condensed matter: electronic structure, electrical, magnetic, and optical properties | Superconducting materials (excluding high-tc compounds) | Exact sciences and technology | Superconductivity | Metals, alloys and compounds (a15, 001c15, laves phases, chevrel phases, borocarbides, etc.)
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7. Full Text Superconductivity and Structural Phase Transitions in Caged Compounds RT2Zn20 ($\text{R}= \text{La}$, Pr, $\text{T}= \text{Ru}$, Ir)
by Onimaru, Takahiro and Matsumoto, Keisuke T and Inoue, Yukihiro F and Umeo, Kazunori and Saiga, Yuta and Matsushita, Yoshitaka and Tamura, Ryuji and Nishimoto, Kazue and Ishii, Isao and Suzuki, Takashi and Takabatake, Toshiro
Journal of the Physical Society of Japan, ISSN 0031-9015, 3/2010, Volume 79, Issue 3, pp. 033704 - 033704-4
RT | Zn | Caged structure | Superconductivity | Structural phase transition | Physics, Multidisciplinary | Physical Sciences | Physics | Science & Technology | Condensed matter: electronic structure, electrical, magnetic, and optical properties | Superconducting materials (excluding high-tc compounds) | Exact sciences and technology | Metals, alloys and compounds (a15, 001c15, laves phases, chevrel phases, borocarbides, etc.)
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8. Full Text Phase evolution and crystallography of precipitates during decomposition of new “tungsten-free” Co(Ni)–Mo–Al–Nb γ–γ′ superalloys at elevated temperatures
by Makineni, S K and Nithin, B and Palanisamy, D and Chattopadhyay, K
Journal of materials science, ISSN 0022-2461, 9/2016, Volume 51, Issue 17, pp. 7843 - 7860
Polymer Sciences | Materials Science, general | Mechanics | Characterization and Evaluation of Materials | Material Science | Continuum Mechanics and Mechanics of Materials | Crystallography | Materials Science | Technology | Materials Science, Multidisciplinary | Science & Technology | Grain boundaries | Stoichiometry | Intermetallic compounds | Aluminum | Orientation relationships | Decomposition | Mu phase | High temperature | Superalloys | Niobium | Lamellar structure | Aging | Stability | Chemical precipitation | Three phase | Alloys | Aging (metallurgy) | Molybdenum | Precipitates | Phase decomposition | Domains | Solid solutions | Laves phase | Nickel | Microstructure | Cellular structure | Cobalt base alloys | Precipitation
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9. Full Text Normal and inverse magnetocaloric effects in structurally disordered Laves phase Y1-xGdxCo2 (0 ≤ x ≤ 1) compounds
by Pierunek, Natalia and Śniadecki, Zbigniew and Werwiński, Mirosław and Wasilewski, Bartosz and Franco, Victorino and Idzikowski, Bogdan
Journal of alloys and compounds, ISSN 0925-8388, 04/2017, Volume 702, pp. 258 - 265
Structural disorder | Magnetocaloric effect | Laves phase | Physical Sciences | Chemistry | Materials Science | Technology | Materials Science, Multidisciplinary | Metallurgy & Metallurgical Engineering | Chemistry, Physical | Science & Technology
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10. Full Text Isothermal sections of the Co–Nb-Re phase diagram at 1200 and 1375 K
by Fedorayev, Ivan I and Kerimov, Elshat Yu and Sulyanov, Sergei N and Leonov, Alexander V and Slyusarenko, Evgen M
Journal of alloys and compounds, ISSN 0925-8388, 01/2020, Volume 814, p. 151777
Cobalt high-temperature alloys | Phase diagram | Crystal structure | Physical Sciences | Chemistry | Materials Science | Technology | Materials Science, Multidisciplinary | Metallurgy & Metallurgical Engineering | Chemistry, Physical | Science & Technology | Electron probe microanalysis | Phase diagrams | Three phase | X ray powder diffraction | Ternary systems | Laves phase | Phase equilibria | Differential thermal analysis | Electron probes
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11. Full Text Microstructure and phase evolution in spark plasma sintering of the NbCr2 Laves phase matrix composite toughened with ductile Cr phase
by Li, Kewei and Gao, Fei and Wang, Lu
Journal of materials research, ISSN 0884-2914, 12/2018, Volume 33, Issue 24, pp. 4329 - 4339
Article | intermetallics | microstructure | spark plasma sintering | Laves phase | Materials Science | Technology | Materials Science, Multidisciplinary | Science & Technology | Grain boundaries | Grain size | Temperature distribution | Alloy powders | Alloys | High temperature | Phase transitions | Solidification | Fracture toughness | Spark plasma sintering | Microscopy | Evolution | Plasma sintering | Microstructure | Diffusion | Methods
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12. Full Text Phase-transition-induced magneto-elastic coupling and negative thermal expansion in (Hf,Ta)Fe1.98 Laves phase
by Li, Shuai and Yang, Jiancheng and Zhao, Ni and Wang, Qiang and Fan, Xiaomeng and Yin, Xiaowei and Cui, Weibin
Journal of magnetism and magnetic materials, ISSN 0304-8853, 01/2021, Volume 517, p. 167236
(Hf,Ta)Fe2 Laves phase | Magnetocaloric effects | Magnetostriction | Negative thermal expansion | Magneto-elastic coupling | Substitutes | Thermal expansion | Transition temperature | Alloys | Laves phase | Coupling | Phase transitions
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13. Full Text Laves phase in alloy 718 fusion zone — microscopic and calorimetric studies
by Manikandan, S.G.K and Sivakumar, D and Prasad Rao, K and Kamaraj, M
Materials characterization, ISSN 1044-5803, 02/2015, Volume 100, pp. 192 - 206
X-ray diffraction | Differential scanning calorimetry | Alloy 718 | Gas Tungsten Arc welding | Laves phase | Materials Science | Materials Science, Characterization & Testing | Technology | Materials Science, Multidisciplinary | Metallurgy & Metallurgical Engineering | Science & Technology | Calorimetry | Alloys | Nickel base alloys | Welded joints | Weld metal | Solid solutions | Filler metal | Gas tungsten arc welding | Aging (metallurgy) | Superalloys | Microstructure | Molybdenum | Age hardening | SOLID SOLUTIONS | MOLYBDENUM | X-RAY DIFFRACTION | LAVES PHASES | GAS TUNGSTEN-ARC WELDING | MATERIALS SCIENCE | SEGREGATION | MODIFICATIONS | ALLOYS | CALORIMETRY | FILLER METALS | MICROSTRUCTURE | WELDED JOINTS
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