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Physical Review Materialsжурнал
Индексирование:
Scopus (1 января 2017 г.-),
JCR (1 января 2017 г.-),
Белый список (20 октября 2022 г.-)
Период активности журнала:
не указан
- Другие названия журнала: Physical Review Materials
- Сайт журнала: https://journals.aps.org/prmaterials/
- Издательство: American Physical Society
- Местоположение издательства: United States
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Аннотация:
Physical Review Materials (PRMaterials), launched in 2017, is a broad-scope journal publishing high-quality research on materials. The journal serves the multidisciplinary community working on the prediction, synthesis, processing, structure, properties, and modeling of a wide range of materials.
Materials research has grown rapidly in recent years and increasingly transcends conventional subject boundaries. PRMaterials provides a publication and reference venue to the expanding community of physicists, materials scientists, chemists, engineers, and scientists in related disciplines, carrying out high-quality, original research in materials. PRMaterials coordinates with other members of the Physical Review journal family to serve new subspecialties as they develop. As such, PRMaterials expands the scope of Physical Review’s journals, providing an explicit focus on materials research.
PRMaterials covers a wide range of topics on materials research, including:
- Prediction, synthesis, design, and modeling of materials
- Crystal growth, film growth, crystallization, and kinetics
- Magnetic, ferroelectric, multiferroic, and superconducting materials
- Thin films, interfaces, surfaces, and heterostructures
- Two-dimensional materials
- Metamaterials and plasmonic, optical, and photonic materials
- Materials for energy harvesting, storage, and generation
- Materials for catalysis and electrochemistry, including photocatalysis and electrocatalysis
- Glasses and amorphous materials
- Soft materials, polymers, self-assembly, biomaterials
- Electronic materials, semiconductors, metals, and dielectrics, including organics
- Topological materials
- Mechanical properties, materials structure, and phase transformations
- Nanostructures, nanocomposites, and nanomaterials
- Materials for quantum technologies
- Добавил в систему: Журенко Сергей Викторович
- ISSN: 2475-9953 (Electronic)
Статьи, опубликованные в журнале
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- 2021 Drastic reduction of the R-Fe exchange in interstitially modified (Nd,Ho)2Fe14B compounds probed by megagauss magnetic fields
- Kostyuchenko N.V., Tereshina I.S., Tereshina-Chitrova E.A., Ivanov L.A., Paukov M., Gorbunov D.I., Andreev A.V., Doerr M., Politova G.A., Zvezdin A.K., Veselova S.V., Pyatakov A.P., Miyata A., Drachenko O., Portugall O.
- в журнале Physical Review Materials, издательство American Physical Society (United States), том 7 DOI
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- 2021 Effect of magnetic anisotropy relaxation on laser-induced magnetization precession in thin galfenol films
- Gerevenkov P.I., Kuntu D.V., Filatov Ia A., Shelukhin L.A., Wang M., Pattnaik D.P., Rushforth A.W., Kalashnikova A.M., Khokhlov N.E.
- в журнале Physical Review Materials, издательство American Physical Society (United States), том 5, № 9 DOI
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- 2021 Multiscale modeling of electrical conductivity of R-BAPB polyimide plus carbon nanotubes nanocomposites
- Larin S.V., Lyulin S.V., Likhomanova P.A., Khromov K.Yu, Knizhnik A.A., Potapkin B.V.
- в журнале Physical Review Materials, издательство American Physical Society (United States), том 5, № 6 DOI
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- 2021 Tunable wettability of polymer films by partial engulfment of nanoparticles
- Weiteng Guo, Ye Chongnan, ten Brink Gert H., Loos Katja, Svetovoy Vitaly B., Palasantzas George
- в журнале Physical Review Materials, издательство American Physical Society (United States), том 5, № 1 DOI
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- 2020 Incommensurate magnet iron monophosphide FeP: Crystal growth and characterization
- Chernyavskii I.O., Nikitin S.E., Onykiienko Y.A., Inosov D.S., Stahl Q., Geck J., Hong X.C., Hess C., Gass S., Wolter A.U.B, Wolf D., Lubk A., Efremov D.V., Yokaichiya F., Aswartham S., Büchner B., Morozov I.V.
- в журнале Physical Review Materials, издательство American Physical Society (United States), том 4, № 8 DOI
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- 2020 Interplay of charge density wave and multiband superconductivity in layered quasi-two-dimensional materials: The case of 2 H
- Majumdar Arnab, VanGennep Derrick, Brisbois Jérémy, Chareev Dmitriy, Sadakov Andrey V., Usoltsev A.S., Mito Masaki, Silhanek Alejandro V., Sarkar Tapati, Hassan Abdelwahab, Karis Olof, Ahuja Rajeev, Abdel-Hafiez Mahmoud
- в журнале Physical Review Materials, издательство American Physical Society (United States), том 4, № 8, с. 084005-084005 DOI
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- 2019 3D visualizations of nanoscale phase separation and ultrafast dynamic correlation between phases in (Na0.32K0.68)(0.95)Fe1.75Se2
- Cheng P.C., Tzeng W.Y., Chu Y.J., Luo C.W., Zhukov A.A., Whittaker J., Lin J.Y., Wu K.H., Juang J.Y., Liu M., Morozov I.V., Boltalin A.I., Vasiliev A.N.
- в журнале Physical Review Materials, издательство American Physical Society (United States), том 3, № 3, с. 034802 DOI
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- 2019 Absence of Dirac fermions in layered BaZnBi2
- Thirupathaiah S., Efremov D., Kushnirenko Y., Haubold E., Kim T.K., Pienning B.R., Morozov I., Aswartham S., Büchner B., Borisenko S.V.
- в журнале Physical Review Materials, издательство American Physical Society (United States), том 3, № 2 DOI
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- 2019 Absence of Dirac fermions in layered BaZnBi2
- Thirupathaiah S., Efremov D., Kushnirenko Y., Haubold E., Kim T.K., Pienning B.R., Morozov I., Aswartham S., Buechner B., Borisenko S.V.
- в журнале Physical Review Materials, издательство American Physical Society (United States), том 3, № 2
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- 2019 Dispersed clusters in (Fe,Cr)3Al alloys: Neutron time-of-flight diffraction study
- Balagurov Anatoly M., Bobrikov Ivan A., Sumnikov Sergey V., Golovin Igor S.
- в журнале Physical Review Materials, издательство American Physical Society (United States), том 3, № 1 DOI
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- 2018 Antiferromagnetic ground state in the MnGa4 intermetallic compound
- Verchenko V.Yu, Tsirlin A.A., Kasinathan D., Zhurenko S.V., Gippius A.A., Shevelkov A.V.
- в журнале Physical Review Materials, издательство American Physical Society (United States), том 2, № 4, с. 044408 DOI
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- 2018 Thickness dependent electronic structure of exfoliated mono- and few-layer 1T$\prime$-MoTe2
- Pawlik A.S., Aswartham S., Morozov I., Knupfer M., Büchner B., Efremov D.V., Koitzsch A.
- в журнале Physical Review Materials, издательство American Physical Society (United States), том 2, № 10 DOI