To home page

Site map

Database List

Name (Abbreviation)
1DB on inorganic compounds properties (Phases)
2DB on semiconducting systems phase diagrams (Diagram)
3DB on substances with significant acousto-optical, electro-optical and nonlinear-optical properties (Crystal)
4DB on inorganic substances forbidden zone width (Bandgap)
5DB on chemical elements properties (Elements)
6DB on properties of materials for electronics (SMET)
7DB on thermodynamic properties of individual substances (TKV)
8Inorganic Crystal Structure Database (ICSD)
9NIST/Sandia/ICDD Electron Diffraction Database ()
10NIST Crystal Data (CD)
11NIST WWW High Temperature Superconductors DB (WebHTS)
12NIST Structural Ceramics DB (NISTCERAM)
13ACerS-NIST Phase Equilibria Diagrams DB ()
14DB on thermodynamic properties of inorganic and organic substances (NISTTHERMO)
15NIST/TRC Ideal Gas DB ()
16NIST Ionic Liquids DB (IL Thermo)
17NIST Thermodynamic and Transport Properties of Pure Fluids DB (NISTFLUIDS)
18DB on Thermochemical Properties for organic compounds with two or fewer carbons (JANAF)
19NIST Chemical Kinetics DB ()
20Surface Structure DB (SSD)
22NIST Structural DB ()
23DB of the Thermophysical Properties of Gases Used in the Semiconductor Industry ()
24NIST/EPA Gas-Phase Infrared DB ()
25Metals and Alloys Crystallographic DB (CRYSTMET)
26Crystallographic and Crystallochemical DB for Mineral and their Structural Analogues (MINCRYST)
27DB on organic and inorganic new crystal structures (NEWCRYST)
28Inorganic Material DB (AtomWork)
29MSI-Phase Diagram Centre (MSIT-PDC)
30Powder Diffraction File (PDF)
31Cambridge Structural Database (CSD)
32DB on physical-chemical properties of high-purity substances ()
33DB on thermodynamic properties of inorganic substances (THERMODATA)
34DB on thermodynamic properties of inorganic substances (THERMALLOY)
35Software/data package for the calculation of phase equilibria and thermodynamic properties in multicomponent multiphase systems (MTDATA)
36DB on thermodynamic properties of inorganic substances (THERMCOMP)
37DB on thermodynamic properties of molten salts mixtures (THERMOSALT)
38DB on coatings and high temperature corrosion (C and HTC-DATA)
39DB for calculations in the field of gaseous dynamics (AVOGADRO)
40Thermophysical and Thermochemical Property DB (JICST TH)
41DB on Thermophysical Properties of Pure Substances & Mixtures (DETHERM)
42DB on thermophysical properties of industrial important chemicals (DIPPR)
43DB on radiative and energetic properties of diatomic molecules (РАДЕН)
44Thermophysical Properties of Matter DB (TPRC/TPMD)
45DB on thermodynamic properties of inorganic substances (SGTE)
46Thermodynamic DB and special software (THERMO-CALC)
47Gmelin-Online Datensystem ()
48MOlecular GAsphase DOCumentation DB (MOGADOC)
49Electronic Materials Information Service (EMIS)
50Software for calculation of physical, thermodynamic and transport properties and, the phase equilibrium of pure components and mixtures and DB on thermophysical properties of fluids (liquids and gases) (PPDS)
51DB for superconducting materials (SUPERCON)
52ASM Materials Information Online (ASMDATA)
53Bibliographic DB of the world's literature on copper, copper alloys and copper technology (COPPERDATA)
54Alloy DB for Micro-Solders (ADAMIS)
55Information system of rare earths ()
56DB on amorphous materials ()
57DB on thermophysical properties of solids (THERSYST-THERPRO)
58Materials Database System WIAM ()
59DB on properties of materials with hydrogen (HYDROGENE DATA)
60DB on physical properties of alloys for nuclear power engineering ()
61DB on properties of luminophors ()
62Microelectronics Packaging Materials Database (MPMD)
63DB on Intermolecular Potentials and Diffusion Coefficients for Components of the CVD Processes in Microelectronics (EPIDIF)
64NRIM Creep Data Sheets (NRIM CDS)
65DB on physical and mechanical properties of ferrous and non-ferrous metals (MATADOR)
66DB of Material Properties for Mechanical Engineering (DMPME)
67Alloy Phase Diagram data ()
68DB on thermodynamic properties of minerals and related substances (THERM PROP)
69DB on properties and specifications for aluminum alloys and products (AAASD)
70DB on fatigue related data for crack initiation and propagation (nSOFT FATIMAS MDM)
71Materials Safety Data Sheets ()
72DB on materials manufactured in Russia (GOSMATERIALBANK)
73DB on physical and mechanical characteristics of engineering materials (CETIM-BDM)
74Advanced Ceramics DB (ACDB)
75Glass DB on compositions and properties (INTERGLAD)
76NRIM-JICST Materials Strength Database ()
77Materials DB for mechanical and physical properties data of engineering alloys (MAT-DB)
78DB on Optical Materials Properties ()
79DB on Fatigue Strength of Metallic Materials (FASMET)
80DB on Fatigue Crack Growth Rates of Metallic Materials (CRAMET)
81Material Strength DB for Reliability Design of Machines and Structures (MSDRD)
82DB on springs (JSSR DB)
83DB of Phase Transitions in Crystals with a Single Phase Transition (SPTD1)
84JAERI Material Performance Database (JMPD)
85Thermochemical DB (NEA-TDB)
86DB on thermodynamical properties of inorganic substances (Facility for the Analysis of Chemical Thermodynamics) (F*A*C*T)
87Aluminum Fracture Toughness DB (ALFRAC)
88Ceramic Abstracts/World Ceramics Abstracts (CERAB)
89DB on Toughness of Marine Steels (MARTUF)
90Metals Data File (MDF)
91DB of creep and rupture stress properties for aluminum alloys and steels (METALCREEP)
92Thermo-physical Property Prediction System for Composite (CompoTherm)
93Database System for Electronic Structures (CompES-X)
94Welding DB (CCT DB)
95Nuclear Materials Database (Data-Free-Way)
96Structural Materials DB ()
97Database System for Pressure Vessel Materials ()
98Diffusion DB ()
99DB on thermophysical properties of pure substancies (THERMAL)
100DB on the intermolecular potentials and transport properties for rarefied neutral gases (EPIBIB)
101Computational Phase Diagram Database (CPDDB) ()
102Materials-oriented Little Thermodynamic Database for Personal Computers (MALT2)
103DB on Phase Diagrams (FactSage)
104Database of Zeolite Structures ()
105Glass property DB (SciGlass)
106DB on Fatigue of Steels (Fatigue DB)
107DB on mechanical properties of metal and ceramic materials ()
108DB on materials strength and life prediction system for engineering (DIMS)
109Functional Ceramic Materials Database ()
110DB of incommensurate phases ()
111DB of nuclear and decay properties (NUBASE)
112Evaluated Nuclear Structure Data File (ENSDF)
113High Magnetic Field Engineering and Cryogenics Database ()
114DB on nano-composites ()
115Thermophysical Property Data System (TPDS)
116Metals Bank ()
117Ceramics Bank ()
118DB on open-framework aluminophosphate syntheses ()
119DB on quartz-like materials ()
120Software and data package for the calculation of phase equilibria and thermodynamic properties in minerals ()
121Materials properties repository from ab initio calculations (AFLOWLIB.ORG)
122Bilbao Crystallographic Server ()
123Crystallography Open Database (COD)
124American mineralogist crystallographic database ()
125DB of Computation-Ready 2D Zeolitic Slabs ()
126Materials Platform for Data Science (MPDS)
127Raman Open Database (ROD)
128DB of novel magnetic materials (Novamag)
129DB on thermodynamic properties of materials for nuclear power (NUCLEA)
130DB on thermodynamic properties of substances (ThermoChimie)
131Nuclear Materials Thermo-physical Property DB (THERPRO)
132DB on the properties of materials used in nuclear energetics ()
133Materials Project (MP)
134UCSB-MRL Thermoelectric Database ()
135The Open Quantum Materials Database (OQMD)
136An international thermodynamic database for nuclear fuels applications (TAF-ID)
137A database of new zeolite-like materials ()
138Acousto-optics DB ()
139DB of thermoelectric materials ()
140DB on Materials Properties (Total Materia)

Records found: 140.

Database developers list with corresponding countries

Name (Abbreviation)Country
1 (DECHEMA )Germany
2НПО "Люминофор” ()Russia
3Физико-энергетический институт ()Russia
4A.A.Baikov Institute of Metallurgy and Materials Science of Russian Academy of Sciences (IMET RAS)Russia
5A.V.Nikolaev Institute of Inorganic Chemistry of Siberian Branch of Russian Academy of Sciences (NIIC SB RAS)Russia
6All-Russia Research Center of Standardization of Information and Certification of Materials of Gosstandart Russia (VNITS SMV)Russia
7Aluminum Association ()USA
8American Ceramic Society (ACerS)USA
9American Society for Metals International (ASM)USA
10Arizona State University ()USA
11ASM International ()USA
12Basque Centre for Materials. Applications and Nanostructures (BCMaterials)Spain
13Brookhaven National Laboratory (BNL)USA
14Cambridge Crystallographic Data Centre (CCDC)England
15Cambridge Scientific Abstracts ()USA
16Cenfre de Spectrometrie Nucleaire et de Spectrometrie de Masse (CSNSM)France
17Center for Information and Numerical Data Analysis and Synthesis of Purdue University (CINDAS)USA
18Centre de Recherche en Calcul Thermochimique / Centre for Research in Computational Thermochemistry (Universite de Montreal) (CRCT)Canada
19Centre National de la Recherche Scientifique /Centre d’Etudes de Chimie Metallurgique (CNRS/CECM)France
20Centre Technique des Industries Mecaniques Centre d’Information Technologique (CETIM)France
21Changchun Institute of Applied Chemistry of Academia Sinica (CIAC)China
22Copper Development Association, Inc. ()USA
23D.Mendeleev University of Chemical Technology of Russia (MUCTR)Russia
24Department for Integrated Sensor Systems.Danube University Krems ()Austria
25Department of Civil Engineering.Universidad de Burgos ()Spain
26Department of Materials and Geosciences.TU Darmstadt ()Germany
27Department of Physics and Astronomy.Uppsala University ()Sweden
28Design Institute for Physical Property Data (DIPPR)USA
29Duke University ()USA
30Ecole Polytechnic de Montreal ()Canada
31ERAMET ()France
32Fachinformationszentrum Karlsruhe (FIZ Karlsruhe)Germany
33Foundation International Center for Advanced Materials and Raw Materials of Castillay Leon (ICAMCyL)Spain
34French National Radioactive Waste Management Agency (Andra)France
35Gmelin Institute for Inorganic Chemistry ()Germany
36Hanyang University ()South Korea
37IMA Materialforschung und Anwendungstechnik GmbH ()Germany
38Imperial College London ()England
39Institute for Nuclear Energy and Energy Systems of University of Stuttgart ()Germany
40Institute of Chemistry of High-Purity Substances of the Russian Academy of Sciences (ICPS RAS)Russia
41Institute of Electrical Engineers ()England
42Institute of Experimental Mineralogy of Russian Academy of Sciences (IEM RAS)Russia
43Institute of Low Temperature and Structural Research of PAN ()Poland
44Institute of mechanics of Lomonosov Moscow state university ()Russia
45International Atomic Energy Agency (IAEA)Austria
46International Center for Diffraction Data (ICDD)USA
47International Research Center in Critical Raw Materials and Advanced Industrial Technologies,Universidad de Burgos (ICCRAM)Spain
48International Zeolite Association (IZA)
50Japan Atomic Energy Research Institute (JAERI)Japan
51Japan Information Center of Science and Technology (JICST)Japan
52Japan Nuclear Cycle Development Institute (JNC)Japan
53Japan Science and Technology Corporation (JST)Japan
54Japan Society of Calorimetry and Thermal Analysis ()Japan
55Jilin University ()China
56Joint Institute for High Temperatures of RAS (JIHT RAS)Russia
57Joint Research Centre of the European Commission Institute Energy ()Netherlands
58Keio University ()Japan
59Key to Metals AG ()Switzerland
60Korea Institute of Ceramic Engineering and Technology (KICET)South Korea
61Korea Institute of Materials Science (KIMS)South Korea
62Korea Research Institute of Chemical Technology (KRICT)South Korea
63Le Mans Universite ()France
64Material Phases Data System (MPDS)Switzerland
65Materials Genome Initiative (MGI)USA
66Materials Platform for Data Science OU (MPDS)Estonia
67Materials Science Int. Services, GmbH ()Germany
68McGill University ()Canada
69Moscow State University (MSU)Russia
70Motoren und Turbinen Union Munchen GmbH ()Germany
71National Agency for Radioactive Waste Management (Ondraf/Niras)Belgium
72National Engineering Laboratory (NEL)England
73National Instintte of Nuclear Physics and High-Energy Physics (NIKHEF-K)Netherlands
74National Institute of Materials Science (NIMS)Japan
75National Institute of Standards and Technology (NIST)USA
76National Materials Property Data Network Inc. ()USA
77National Metrology Institute of Japan ()Japan
78National Physical Laboratory (NPL)England
79National Research Institute for Metals (NRIM)Japan
80nCode International Ltd ()England
81New Glass Forum (NGF)Japan
82Normandie Universite ()France
83Northeast Normal University ()China
84Northwestern University ()USA
85Nuclear Energy Agency (NEA)France
86Nuclear Safety Institute of the Russian Academy of Science (IBRAE RAS)Russia
87Oldenbourgh Verlag ()Germany
88Organization for Economic Co-operative Development Nuclear Energy Agency (OECD/NEA)International
89Regional Research Laboratory ()India
90Ritsumeikan University ()Japan
91Saint Petersburg State University of Aerospace Instrumentation (ГУАП)Russia
92Sandia National Laboratories ()USA
93School of Chemical & Biomolecular Engineering, Georgia Institute of Technology ()USA
94School of Science and Technology.Orebro University ()Sweden
95Scientific Group Thermodata Europe (SGTE)EU
96Service de Physique et Techniques Nucleaires ()France
97Shanghai Research Institute of Materials ()China
98Sobolev Institute of Geology and Mineralogy, Siberian Division, Russian Academy of Sciences (IGM SB RAS)Russia
99The Materials Properties Council (MPC)USA
100The Society of Materials Science ()Japan
101Thermex Company ()Russia
102Thermo-Calc Software Inc. ()Sweden
103THERMODATA ()France
104Tohoku University ()Japan
105TOTH Information Systems, Inc. ()Canada
106Tsinghua University ()China
107U S Geological Survey National Center for Thermodynamic Data of Minerals ()USA
108Universidad del Pais Vasco ()Spain
109Universite Catholique de Louvain ()Belgium
110Universite d’Orleans ()France
111Universite de Provence ()France
112Universite Montpellier 2 ()France
113Universite Paris-Saclay ()France
114University College London ()England
115University of Arizona ()USA
116University of California,Santa Barbara (UCSB)USA
117University of London ()England
118University of Trento ()Italy
119University of Ulm ()Germany
120University of Verona ()Italy
121Vilnius University ()Lithuania
122VSB Tech Univ Ostrava.IT4Innovations ()Czech Republic

Records found: 122.

Key words

acousto-electronics acousto-optical activity coefficient alkaline alloy aluminophosphate aluminum amorphous atomic weight bandgap boiling point Brillouin-zone Brillouin-zone caloric caloric ceramics chemical coatings cobalt composite conductivity electrical copper corrosive crack creep critical magnetic field critical temperature of transition to the superconducting state crystal structural crystal structure type crystal system Curie point decomposition temperature density dielectric constant dielectric losses diffusion elastic elastic coefficients elastic wave attenuation elastic wave velocity elasto-optical coefficient electrical electroceramic material electrochemical electron diffraction electronegativity electronic electronic structure electro-optical energetic energy ionization enthalpy enthalpy atomization enthalpy melting entropy falammability fatigue ferrous metals forbidden zone width framework composition gas dynamics gas-phase Gibbs energy glass Hall effect hardness heat capacity high-purity hydrogen impurity distribution coefficient incommensurate phase inorganic compound interatomic potential intermolecular potential ion diffusion kinetic lattice parameter luminescent magnesium magnetic magnetic susceptibility mechanical melting point metal Miller coefficients mineral modulus compression modulus Young molecular beam molecular spectroscopy molecular weight nano-composite neutral gas nickel non-ferrous metals nonlinear optical nuclear nuclear fuel nuclide optical organic template oxide permittivity phase diagram physical piezoelectric piezo-optical coefficient pig iron porosity powder power factor quantum mechanical calculations quartz radiative radius Raman spectra refractive index rupture rupture rupture stress safety salt Seebeck coefficient Sellmeier coefficients semiconducting silicon single crystal solubility space group spectra spring steel strength structure dimension superconducting surface tension temperature Debye tensility thermal conductivity thermal expansion thermodynamical thermoelectric thermoelectromotive thermophysical titanium toughness toxicity transparency band transport viscosity wear welding zeolite zinc

Records found: 154.

List of literature references

1Conway P.P., Dinsdale A.T., Huang Z., Robinson J.A.J., Thomson R.C.A computational interface for thermodynamic calculations software MTDATA
2Castanet R., Jaroma-Weiland G., Neuer G., Zahra A.M., Zahra C.Y.A databank for Thermophysical properties of light metals alloys
3Neumann D.B., Wang P.A Database and Retrieval System for the NBS Tables of Chemical Thermodynamic Properties
4Caracas R.A database of incommensurate phases
5Cheeseman P.A., Deem M.W., Pophale R.A database of new zeolite-like materials
6Chang H., Na G.S.A public database of thermoelectric materials and system-identified material representation for data-driven discovery
7Buongiorno-Nardelli M., Curtarolo S., Levy O., Rose F., Taylor R.H., Toher C., Yang K.A RESTful API for exchanging materials data in the consortium
8Gankin Y., Mazurin O.V.About testing the reliability of glass property data in binary systems
9Buongiorno-Nardelli M., Curtarolo S., Hart G.L.W., Levy O., Mingo N., Nelson L.J., Sanvito S., Setyawan W., Taylor R.H., Wang S., Xue J., Yang K.AFLOWLIB.ORG: A distributed materials properties repository from high-throughput ab initio calculations
10Kline A.A., Mullins M.E., Rogers T.N., Szydlik C.R.An overview of compiling, critically evaluating, and delivering reliable physical property data from AIChE DIPPR® Projects 911 and 912
11Blanc P., Colas E., Duro L., Gaboreau S., Gailhanou H., Giffaut E., Grive M., Made B., Marty N., Vieillard P.Andra thermodynamic database for performance assessment: ThermoChimie
12Aroyo M.I., Capillas C., Kirov A., Perez-Mato J.M., Wondratschek H.Bilbao Crystallographic Server. II. Representations of crystallographic point groups and space groups
13Aroyo M.I., de la Flor G., Orobengoa D., Perez-Mato J.M., Tasci E.S., Wondratschek H.Brillouin-zone database on the Bilbao Crystallographic Server
14Трахтенгерц М.С.CDS/ISIS for Windows - новый эффективный инструмент для текстовых баз данных. Опыт Теплофизического центра ИВТ РАН
15Hu C., Jiang X., Li G., Lu H., Lu X., Wang H., Wang S., Xiao Y., Xu L.CIAC comprehensive information system of rare earths
16Jiang X., Li G., Lu H., Lu X., Wang H., Wang S., Xiao Y., Xu L.CIAC comprehensive information system of rare earths
17NonameCINDAS: Microelectronics Packaging Materials Database Guide. CSA
18Ceder G., Chen W., Cholia S., Dacek S., Gunter D., Hautier G., Jain A., Ong S.P., Persson K.A., Richards W.D., Skinner D.Commentary: The materials project: A materials genome approach to accelerating materials innovation
19Fukami T., Iseda T., Oguro H., Saitou T.Constructing a Glass Material Database Using Java Language
20Sakai T.Construction of materials databases and their useful application in the Society of Materials Science, Japan (JSMS)
21Bruno I., Grazulis S., Helliwell J.R., Kabekkodu S.N., McMahon B., Westbrook J.Crystallography and Databases
22Aroyo M.I., de la Flor G., Kirov A., Orobengoa D., Perez-Mato J.M., Tasci E.S.Crystallography online: Bilbao Crystallographic Server
23Butkus J., Chateigner D., Downs R.T., Grazulis S., Le Bail A., Lutterotti L., Manakova E., Moeck P., Quiros M., Yokochi A.F.T.Crystallography Open Database – an open-access collection of crystal structures
24Gough S.R., Rodgers J.R., Villars P., Wood G.H.CRYSTMET – The NRCC metals crystallographic data file
25Le Page Y., Rodgers J.R., White P.S.CRYSTMET: a database of the structures and powder patterns of metals and intermetallics
26Bergerhoff G.Data base for inorganic crystal structures
27Buchsbaum C., Hohler-Schlimm S., Rehme S.Data Bases, the Base for Data Mining
28Asada Y., Kurihara Y., Nakada E., Yokokawa T., Yoshikawa A.Database for materials design of multi-layered superconductors
29Knio O., Medford A.J., Nair S., Sholl D.S.Database of Computation-Ready 2D Zeolitic Slabs
30Arapan S., Barandiaran J.M., DelBrio N.L., Echevarria-Bonet C., Eriksson O., Gutfleisch O., Herper H.C., Kovacs A., Marticorena-Sanchez R., Maudes-Raedo J., Nieves P., Salazar D., Schrefl T., Serrano-LopeDatabase of novel magnetic materials for high-performance permanent magnet development
31Li J.-Y., Qi M., Xu R.-R., Yan Y., Yu J.-H., Zhang X.Database of open-framework aluminophosphate syntheses: introduction and application (I)
32Dudarev V.A., Kiselyova N.N., Korzhuev M.A.Database on bandgaps of inorganic substances and materials
33Bonificio W.D., Borg C.K.H., Clarke D.R., Gaultois M.W., Seshadri R., Sparks T.D.Data-Driven Review of Thermoelectric Materials: Performance and Resource Considerations
34Gankin Y., Mazurin O.V.Determination of the most reliable glass property values by the SciGlass information system
35Droge T., Sass R., Westhaus U.DETHERM – a thermophysical property database
36Ashino T., Fujita M., Kaji Y., Mashiko S., Miyakawa S., Shimura K., Tsuji H., Xu Y., Yoshida K.Development of a knowledge based system linked to a materials database
37Wang H., Xu Y., Yagi K., Yamazaki M.Development of an Internet system for composite design and thermophysical property prediction
38Bilbao y Leon S., Jo S., Kim J., Kim Y.Development of an Online Nuclear Materials Thermo-physical Property Database (THERPRO)
39Baba T., Yagi T., Yamashita Y.Development of Network Database System for Thermophysical Property Data of Thin Films
40Ishida K., Kainuma R., Liu X. J., Ohnuma I., Wang C.P.Development of thermodynamic and kinetic databases in micro-soldering alloy systems and their applications
41Spencer P.J.Development of thermodynamic databases and their relevance for the solution of technical problems
42Palmer D.A.DIPPR – an improbable success
43Oscarson J.L., Rowley R.L., Wilding W.V.DIPPR Project 801 evaluated process design data
44Dewan A.K.R., Dong Q., Marsh K.N.DIPPR Project 882: Transport Properties and Related Thermodynamic Data for Binary Mixtures
45Larsen A.H., Thomson G.H.DIPPR: Satisfying Industry Data Needs
46Drago V.J., Kaufman J.G.Direct access to material properties for modeling and simulation
47Bale C.W., Chartrand P., Degterov S.A., Eriksson G., Hack K., Mahfoud B., Melancon J., Pelton A. D., Petersen S.FactSage Thermochemical Software and Databases
48Bale C.W., Belisle E., Chartrand P., Decterov S.A., Eriksson G., Hack K., Jung I.-H., Kang Y.-B., Pelton A. D., Petersen S., Robelin C.FactSage thermochemical software and databases - recent developments
49Bale C.W., Belisle E., Chartrand P., Decterov S.A., Eriksson G., Gheribi A.E., Hack K., Jung I.-H., Kang Y.-B., Melancon J., Pelton A. D., Petersen S., Robelin C., Sangster J., Spencer P.J., VanEnFactSage thermochemical software and databases, 2010–2016
50Akiyama Y., Itoh T., Kawazoe Y., Mori N., Nakanomyo T., Tsai A.P., Wada S.Factual database on amorphous materials
51Eriguchi K., Shimura K.Factual Databases for Materials Design and Manufacturing
52Baba T., Nagashima A., Yamashita Y.Function Sharing and Systematic Collaboration between a Networking Database System and Printed Media on Thermophysical Properties Data
53Alford N.McN., Axelsson A.-K., Chen L., Coveney P.V., Evans J.R.G., Fearn S., Kilner J.A., Manos S., Pullar R.C., Rossiny J.C.H., Scott D.J., Sebastian M.T., Yang S., Zhang Y.Functional Ceramic Materials Database: An Online Resource for Materials Research
54Buck E., Frankl E.M.Gaps in the pure component experimental physical property data base
55Mazurin O.V.Glass properties: compilation, evaluation, and prediction
56Mazurin O.V., Priven A.I.Glass Property Databases: Their History, Present State, and Prospects for Further Development
57Frenkel M.Global Information Systems in Science: Application to the Field of Thermodynamics
58Kloffer M.Gmelin-Online Datensystem. Ablauf der dezentralen Datenerfassung fur das Gmelin-Online-System von der Diskette zur Datenbank
59Droniou C., Fromageau R.Hydrogen-data. Numerical and factual data bank about hydrogen-material interaction
60Droniou C., Fromageau R., Rubinstein M.Hydrogen-data: a Numerical and factual data bank on hydrogen-material interaction
61Bakardjieva S., Barrachin M., Bechta S., Bottomley D., Brissoneau L., Cheynet B., Fischer E., Journeau C., Kiselova M., Mezentseva L., Piluso P., Wiss T.Improvement of the European thermodynamic database NUCLEA
62NonameInformationszentrum fur Werkstoffanwendung
63Fluck E.Inorganic Crystal Structure Database (ICSD)and Standardized Data and Crystal ChemicalCharacterization of Inorganic StructureTypes (TYPIX)—Two Tools for InorganicChemists and Crystallographers
64Villars P., Xu Y., Yamazaki M.Inorganic Materials Database for Exploring the Nature of Material
65Iwata S., Дударев В.А., Земсков В.С., Киселева Н.Н., Прокошев И.В., Хорбенко В.В.Integration Principles of Russian and Japanese Databases on Inorganic Materials
66Fabry J., Janovec V., Kluiber Z., Richterova L., Tomaszewski P.E.Inverse Database of Phase Transitions in Crystals with a Single Phase Transition
67Belov G.V., Iorish V.S., Yungman V.S.IVTANTHERMO for Windows — database on thermodynamic properties and related software
68Chase M.W., Davies C.A., Downey J.R., Frurip D.J., McDonald R.A., Syverud A.N.JANAF thermochemical tables. Third edition
69Hubbard C.R., McMurdie H.F., Mighell A.D., Wong-Ng W.JCPDS-ICDD Research Associateship (Cooperative Program with NBS/NIST)
70Fokin L., Kalashnikov A., Petkov I., Pirgov P., Popov V., Zarkova L.Joint Russian and Bulgarian Academies of Sciences Database of intermolecular potentials and diffusion coefficients for components of the CVD processes in microelectronics
71Aroyo M.I., de la Flor G., Madariagac G., Souvignier B.Layer groups: Brillouin-zone and crystallographic databases on the Bilbao Crystallographic Server
72Droniou C., Rubinstein M., Talbot-Besnard S.Les banques de donnees. Hydrogen-data
73Dietz W., Over H.H., Toth L., Wollfart E.Mat-DB: A Web-Enabled Materials Database to Support European R&D Projects and Network Activities
74Kim B.K., Rhyim Y.M.Materials database project in Korea
75Aykol M., Kirklin S., Meredig B., Saal J.E., Wolverton C.Materials Design and Discovery with High-throughput Density Functional Theory: The Open Quantum Materials Database (OQMD)
76Baba T.Measurements and data of thermophysical properties traceable to a metrological standard
77Hutter W., Mez-Starck B., Vogt J., Vogt N.MOGADOC – a database for gasphase molecular spectroscopy and structure
78Lohr A., Mez-Starck B., Schirdewahn H.G., Watson D.G.MOGADOC (molecular gas-phase documentation) – an interactive computerized search/retrival system
79Vogt J.MOGADOC: A Bibliographic Numerical Resource for Gasphase Molecular Spectroscopy and Structure
80Davies R.H., Dinsdale A.T., Gisby J.A., Martin S.M., Robinson J.A.J.MTDATA - Thermodynamic and Phase Equilibrium Software from the National Physical Laboratory
81Belsky A., Hellenbrandt M., Karen V.L., Luksch P.New developments in the Inorganic Crystal Structure Database (ICSD): accessibility in support of materials research and design
82Faber J., Fawcett T., Kabekkodu S.N.New Powder Diffraction File (PDF-4) in relational database format: advantages and data-mining capabilities
83Carr M.J., Chambers W.F., Himes V.L., Melgaard D., Mighell A.D., Stalick J.NIST (Sandia) ICDD electron diffraction database: A database for phase identification by electron diffraction
84Karen V.L., Mighell A.D.NIST Crystallographic Databases for Research and Analysis
85Karen V.L., Vanderah T.A.NIST databases for inorganic-materials research
86Munro R.G.NIST Materials Properties Databases forAdvanced Ceramics
87NIST Standard Reference Database 88. NIST/TRC Ideal Gas Database. Version 2.0 .Users' Guide. Gaithersburg: NIST
88Audi G., Bersillon O., Blachot J., Wapstra A.H.NUBASE: a database of nuclear and decay properties
89Ho C. Y., Li H.H.Numerical databases on materials property data at CINDAS/Purdue University
90Gough S.R., Rodgers J.R., Wood G.H.Operation of an international data center: Canadian Scientific Numeric Database Service
91Fujita M., Iwata S., Kano S., Kurihara Y., Nakajima R., Shimura K., Tachi Y., Tsuji H., Yokoyama N.Present status of Data-Free-Way (distributed database system for advanced nuclear materials)
92Bloxham J.C., Giles N.F., Knotts T.A., Redd M.E., Wilding W.V.Proper Use of the DIPPR 801 Database for Creation of Models, Methods, and Processes
93Heward M.S., Kline A.A., Mullins M.E., Rogers T.N., Trumbell M.R., Wells P.M., Whitten C.R., Zei D.A.Quantitative review and delivery of reliable physical property data: development of DIPPR® Environ 2001TM database and estimation software
94Bardeau J.-F., Borovin E., Cassetta M., Chateigner D., El Mendili Y., Gascoin S., Grazulis S., Hehlenh B., Kumar A., Le Gueni M., Lutterotti L., Mariotto G., Mathevet F., Merkys A., Orberger B., PRaman Open Database: first interconnected Raman–X-ray diffraction open-access resource for material identification
95Muller H., Rehme S., Ruehl S., Zagorac D., Zagorac J.Recent developments in the Inorganic Crystal Structure Database: theoretical crystal structure data and related features
96Komornicki S., Streiff R.Relational data structure of the coating database from the "Coatings & High Temperature Corrosion Data Bank"
97Bale C.W., Belisle E., Chartrand P., Decterov S.A., Eriksson G., Gheribi A.E., Hack K., Jung I.-H., Kang Y.-B., Melancon J., Pelton A. D., Petersen S., Robelin C., Sangster J., Spencer P.J., VanEnReprint of: FactSage thermochemical software and databases, 2010– 2016
98Ceder G., Jain A., Persson K.A.Research Update: The Materials Genome Initiative: Data Sharing and the Impact of Collaborative ab initio Databases
99Denley D.R., Hart H.V.RINGS: a new search/match database for identification by polycrystalline electron diffraction
100Dinsdale A.T.SGTE data for pure elements
101Kaji Y., Miwa Y., Nakajima R., Tsuji H., Tsukada T.Status of JAERI material performance database (JMPD) and analysis of irradiation assisted stress corrosion cracking (IASCC) data
102Adkins C., Bankhead M., Besmann T., Corcoran E., Costa D., Dumas J.C., Dupin N., Geiger E., Gosse S., Gueneau C., Hania R., Kennedy J.R., Kjellqvist L., Kurata M., Lee B.O., Ogata T., Piro M.HTAF-ID: An international thermodynamic database for nuclear fuels applications
103Downs R.T., Hall-Wallace M.The American Mineralogist Crystal Structure Database
104Watson D.G.The Cambridge Structural Database (CSD): Current Activities and Future Plans
105Allen F.H., Groom C.R.The Cambridge Structural Database in Retrospect and Prospect
106Allen F.H.The Cambridge Structural Database: a quarter of a million crystal structures and rising
107Chen X., Li X., Su H., Xie G., Yang C.The development of a materials database in China
108Allen F.H., Davies J.E., Galloy J.J., Johnson O., Kennard O., Macrae C.F., Mitchell E.M., Mitchell G.F., Smith M., Watson D.G.The development of versions 3 and 4 of the Cambridge structural database system
109Bergerhoff G., Brown I.D., Hundt R., Sievers R.The Inorganic Crystal Structure Data Base
110Hellenbrandt M.The inorganic crystal structure database (ICSD) – present and future
111Deplanque R., Lister P., Maass R., Nebel A., Olbrich G., Tolle U.The Integrated Gmelin Information System New developments in information processing
112Allmann R., Hinek R.The introduction of structure types into the Inorganic Crystal Structure Database ICSD
113Iwata S., Onodera N., Villars P.The Linus Pauling file (LPF) and its application to materials design
114Cholia S., Dagdelen J., Dwaraknath S., Horton M., Huck P., Jain A., Montoya J., Ong S.P., Persson K.A., Winston D., Zimmermann N.E.R.The Materials Project: Accelerating Materials Design Through Theory-Driven Data and Tools
115Effenberg G.The MSIT® workplace, access to materials chemistry data and knowledge
116Osthols E.E., Wanner H.H.The NEA thermochemical data base project. OECD Nuclear Energy Agency
117Boboshin I.N., Varlamov V.V.The new ENSDF search system NESSY: IBM/PC nuclear spectroscopy database
118Hermann K., Van Hove M. A., Watson P.R.The NIST Surface Structure Database –SSD version 4
119Aykol M., Doak J.W., Kirklin S., Meredig B., Ruhl S., Saal J.E., Thompson A., Wolverton C.The Open Quantum Materials Database (OQMD): assessing the accuracy of DFT formation energies
120Blokhin E., Villars P.The PAULING FILE Project and Materials Platform for Data Science: From Big Data Toward Materials Genome
121Berndt M., Brandenburg K., Cenzual K., Daams J., Hulliger F., Iwata S., Massalski T., Okamoto H., Osaki K., Prince A., Putz H., Villars P.The Pauling File, binaries edition
122Faber J., Fawcett T.The Powder Diffraction File: present and future
123Andersson J.O., Jansson B., Sundman B.The THERMO-CALC Databank system
124Ishida K., Kainuma R., Liu X. J., Ohnuma I., Oikawa K.The Use of Phase Diagrams and Thermodynamic Databases for Electronic Materials
125Andersson J.O., Helander T., Hoglund L., Shi P., Sundman B.THERMO-CALC & DICTRA, Computational Tools ForMaterials Science
126Andersson J.O., Jansson B., Sundman B.THERMO-CALC: a data bank for equilibria and phase diagram calculations
127Chirico R.D., Diky V., Dong Q., Frenkel M., Muzny C., Yan X.ThermoData Engine (TDE): Software Implementation of the Dynamic Data Evaluation Concept
128Chirico R.D., Diky V., Frenkel M., Lemmon E.W., Muzny C.ThermoData Engine (TDE): Software Implementation of the Dynamic Data Evaluation Concept. 2. Equations of State on Demand and Dynamic Updates over the Web
129Chirico R.D., Diky V., Frenkel M., Kazakov A.F., Muzny C.ThermoData Engine (TDE): Software Implementation of the Dynamic Data Evaluation Concept. 3. Binary Mixtures
130Chirico R.D., Diky V., Frenkel M., Kazakov A.F., Muzny C.ThermoData Engine (TDE): Software Implementation of the Dynamic Data Evaluation Concept. 4. Chemical Reactions
131Abdulagatov I., Chirico R.D., Frenkel M., Kazakov A.F., Kroenlein K., Magee J.W., Muzny C.ThermoData Engine (TDE): Software Implementation of the Dynamic Data Evaluation Concept. 6. Dynamic Web-Based Data Dissemination through the NIST Web Thermo Tables
132Cheynet B.THERMODATA: an integrated thermodynamic and inorganic physico-chemical information system
133Morgunov K.G.Thermodynamic Data Bank: The Principles, Organization, and Structure of Software
134Pelton A. D.Thermodynamic database development-modeling and phase diagram calculations in oxide systems
135Ishida K., Liu X. J., Ohnuma I., Ohtani H.Thermodynamic database for phase diagrams of micro-soldering alloys
136Matsumoto T., Yamauchi S., Yokokawa H.Thermodynamic Database MALT for Windows with gem and CHD
137Matsumoto T., Yamauchi S., Yokokawa H.Thermodynamic database MALT2 and its applications to high temperature materials chemistry
138Ishida K., Kainuma R., Koyama T., Liu X. J., Ode M., Ohnuma I., Onodera H., Suzuki T., Wang C.P.Thermodynamic database on microsolders and copper-based alloy systems
139Bros J. P., Fouque Y., Gaune P., Gaune-Escard M., Hatem G., Juhem P.THERMOSALT, une banque de donnees thermodynamiques coherentes pour les melanges de sels fondees
140Byram S.K., Campana C.F., Fait J., Sparks R.A.Using NIST Crystal Data Within Siemens Software for Four-Circle and SMART CCD Diffractometers
141Kramer R., Vogt J., Vogt N.Visualization and Substructure Retrieval Tools in the MOGADOC Database (Molecular Gasphase Documentation)
142Bruno I.J., Cole J.C., Macrae C.F., Pidcock E., Thomas I.R., Wood P.A.WebCSD: the online portal to the Cambridge Structural Database
143Chirico R.D., Diky V., Dong Q., Frenkel M., Wilhoit R.C.Windows-Based Guided Data Capture Software for Mass-Scale Thermophysical and Thermochemical Property Data Collection
144Nagy M., Over H.H., Wollfart E.XML related data exchange from the test machine to a web-enabled MAT-DB
145Hart H.V.ZONES: a search/match database for single-crystal electron diffraction
146Балышева О.Л., Клудзин В.В., Смирнов Ю.Г.База данных кварцеподобных материалов
147Белокурова И.Н., Буш А.А., Дегтярев Ю.И., Киселева Н.Н., Петухов В. В., Подбельский В., Пушко В.А., Шеханова О.В.База данных по свойствам кристаллов акустооптических, электрооптических и нелинейнооптических веществ, доступная из Internet
148Беликов В.В., Вабищевич Н.П., Вабищевич П.Н., Катышков Ю.В., Мосунова Н.А.База данных по свойствам материалов
149Дударев В.А., Земсков В.С., Киселева Н.Н., Мурат Д., Подбельский В., Столяренко А.База данных по свойствам тройных неорганических соединений «Фазы» в сети Интернет
150Белокурова И.Н., Земсков В.С., Киселева Н.Н., Подбельский В., Хорбенко В.В., Христофоров Ю.И.База данных по фазовым диаграммам полупроводниковых систем с доступом из Интернет
151Белокурова И.Н., Земсков В.С., Киселев Н.Н., Киселева Н.Н., Кравченко Н.В., Петухов В. В., Черемушкин Е.А., Шелимова Л.Е.Банк данных по фазовым диаграммам полупроводниковых систем "ДИАГРАММА"
152Кузнецова Л.А., Пазюк Е. А., Столяров А.В.Банк данных РАДЭН. Радиационные и энергетические характеристики двухатомных молекул
153Земсков В.С., Кузнецов Ф.А., Уфимцев В.Б.Банки данных по полупроводниковым и другим материалам электронной техники и процессам их получения
154Гусаров В.В., Мазурин О.В.Будущее информационных технологий в материаловедении
155Девятых Г.Г., Карпов Ю.А., Осипова Л.И.Выставка-коллекция веществ особой чистоты. М.: Наука
156Гурвич Л.В.ИВТАНТЕРМО – автоматизированная система данных о термодинамических свойствах веществ
157Дударев В.А.Интеграция информационных систем в области неорганической химии и материаловедения. М.: URSS
158Дударев В.А., Земсков В.С., Киселева Н.Н.Интегрированная система баз данных по свойствам материалов для электроники
159Белоножко А.Б., Докина Т.Н., Лопатин А.Л., Самохвалова О.Л., Ушаковская Т.В., Чичагов А.В., Шилова З.В.Информационно-вычислительная система по кристаллическим данным минералов (Минкрист)
160Девятых Г.Г., Ковалев И.Д., Крылов В.А., Малышев К.К., Осипова Л.И.Информационно-расчетная система «Высокочистые вещества и материалы»
161Зицерман В.Ю., Кобзев Г.А., Фокин Л.Р.Информационный конвейер для справочных данных о теплофизических свойствах веществ
162Киселева Н.Н.Компьютерное конструирование неорганических соединений. Использование баз данных и методов искусственного интеллекта. М.: Наука
163Борисов С.В., Ипатова Е.Н., Кузнецов Ф.А., Магарилл С.А., Подберезская Н.В., Титов В.А.Кристаллические структуры неорганических веществ – база количественных данных. Принципы построения и опыт эксплуатации
164Варламов Д.А., Чичагов А.В.Кристаллографическая и кристаллохимическая база данных для минералов и их структурных аналогов (WWW-МИНКРИСТ)
165Ковач Э.А., Лосев С.А., Сергиевская А.Л.Опыт создания автоматизированной системы научных исследований в области физико-химической газодинамики (система АВОГАДРО)
166Поцайт В.Последние разработки для выбора и оптимизации свойств материалов
167Бацылев Ф., Василенко Е., Мещерякова Т., Порысева Е.Проблемно-ориентированная фактографическая база данных по нанокомпозитам
168Сенов О.В., Соловьев В.А.Разработка банка оцененных данных по физическим свойствам перспективных сталей и сплавов ядерной энергетики
169Авербух В.М., Бернштейн Д.Р., Марцоха И.И., Морозов Е.Г., Ратнер И.М.Реализация банка данных по люминофорам на персональном компьютере
170Белокурова И.Н., Дударев В.А., Земсков В.С., Киселева Н.Н., Подбельский В., Прокошев И.В., Хорбенко В.В.Система баз данных по материалам для электроники в сети Интернет
171Кольцова Э.М., Краснов А.А., Порысева Е.Создание и разработка информационной системы в области нанокомпозиционных материалов
172Трахтенгерц М.С.Технология подготовки информации для баз данных в обменном формате ISO 2709
173Калашников А.Н., Фокин Л.Р.Транспортные свойства смеси разреженных газов N2-H2 в базе данных ЭПИДИФ

Records found: 173.

+7 (499) 135-25-91
© Copyright IMET RAS, 2009-2024
Website development on demand