Materials Database

Silicon carbide rod / silicon molybdenum rod box furnace

• Product Description

The silicon molybdenum rod box furnace uses high-quality silicon molybdenum rod as the heating element, and the silicon carbon rod box furnace uses high-quality silicon carbon rod as the heating element. It adopts double-layer shell structure and intelligent temperature control system, silicon controlled and phase-shifting trigger,

The furnace adopts imported 1700 alumina polycrystalline fiber material. The double-layer furnace shell is safe and reliable, energy-saving and environmental protection. The microcomputer control can quickly raise and lower the temperature, with a high degree of automation, and all indicators have reached the advanced level.

Main purpose and scope of application:

Universities, scientific research institutes and industrial and mining enterprises are used for high-temperature sintering, metal annealing, new material development, organic matter ashing and quality inspection. It is also applicable to the production and experiment of military industry, electronics, medicine and special materials.

Main functions and features:

1. The heating element adopts high-quality silicon carbide rod / silicon molybdenum rod, and the furnace adopts alumina polycrystalline fiber material, which has good thermal insulation performance, durability and high tensile strength, and greatly improves the service life;

2. Unique furnace design, durable, no collapse;

3. It can be interconnected with the computer through our software, which can realize the functions of remote control, real-time tracking, history record, output report and so on of single or multiple electric furnaces; Paperless recording device can be installed to realize data storage and output;

4. Overtemperature alarm and power off, leakage protection, safe and reliable operation;

5. Intelligent PID regulation, microcomputer control, 30 sections of programmable temperature control curve, without guard (full-automatic rise, fall and thermal insulation).

• R&D support>

Zhongke Ruijing / Senior Engineer, master of engineering and doctor of Shanghai Institute of Optics and precision machinery, Chinese Academy of Sciences can jointly select experimental furnaces for your company and scientific research institutes, and senior designers can provide high-temperature furnace design schemes.

三维材料

• Inorganic Crystal Structure Database (ICSD): ICSD: Home, (商业)

• Springer Materials: SpringerMaterials - properties of materials, (商业)

• American Mineralogist Crystal Structure Database: //rruff.geo.arizona.edu/AMS/amcsd.php

• Crystalstar: //www.crystalstar.org/Index.html

• RRUFF Project: Database of Raman spectroscopy, X-ray diffraction and chemistry of minerals

• Materials Project: Materials Project, (含能带)

• AFLOW distributed materials property repository: //www.aflowlib.org/, (含能带)

• Crystallography Open Database (COD): Crystallography Open Database

• Open Quantum Materials Database (OQMD): //oqmd.org/materials/composition/

• Citrine Informatics: //citrination.com/search/simple?searchMatchOption=fuzzyMatch

• NRELMatDB: //materials.nrel.gov/queryStd

• Computional Materials Repository Projects: //cmr.fysik.dtu.dk/index.html

• Big Data Materials in peking university: Big Data Materials, (含能带，HSE能带)

• JARVIS-DFT: //www.ctcms.nist.gov/~knc6/JVASP.html, (含能带)

• Materialsweb --- Bulk Materials: Bulk Materials

• Materiae: //materiae.iphy.ac.cn/#/, (含能带，加SOC能带)

• Inorganic Material Database (AtomWork): MatNavi_LOGIN

• Computational Electronic Structure Database (CompES-X): //compes-x.nims.go.jp/compes-x/search, (含能带)

• Superconducting Material Database (SuperCon): //supercon.nims.go.jp/supercon/index_en.jsp

• NOMAD Repository: //nomad-repository.eu:8080/NomadRepository-1.1/search/index.zul

二维材料

• JARVIS-DFT: //www.ctcms.nist.gov/~knc6/JVASP.html, (含能带)

• Materialsweb --- 2D Materials: 2D Materials, (含能带)

• Materials Cloud --- 2D structures and layered materials: Materials Cloud, (含能带)

• Computational 2D materials database: //cmrdb.fysik.dtu.dk/?project=c2db, (含能带，加SOC能带，HSE能带)

磁性结构

• MAGNDATA: //webbdcrista1.ehu.es/magndata/index.php?show_db=1

声子谱

• Phonon database at Kyoto university: //phonondb.mtl.kyoto-u.ac.jp/index.html

• Phonon website: //henriquemiranda.github.io/phononwebsite/phonon.html

• Phonon Dispersion Relations Database: //wolf.ifj.edu.pl/phonondb/aaalph.htm

• Materials Cloud --- 2D structures and layered materials: Materials Cloud

• JARVIS-DFT: JARVIS-DFT

力场

• NIST --- Interatomic Potentials Repository: Interatomic Potentials Repository

• OpenKIM: //openkim.org/intro-models/

• JARVIS for Force-fields: JARVIS-FF

• ReaxFF force fields: Included Forcefields

• LAMMPS/potentials: lammps/lammps

• EAM potentials: //sites.google.com/site/eampotentials/

对称性

• Character Tables for Point Groups used in Chemistry: //gernot-katzers-spice-pages.com/character_tables/index.html, (Single point group)

• Koster et. al., Properties of the Thirty-two Point Groups, MIT Press (1963): //www.phyast.pitt.edu/~snoke/resources/pointgroupshtml4thEd/PointGroupsFrame.html, (Double point group)

• Bilbao Crystallographic Server: Bilbao Crystallographic Server