Iron Telluride FeTe2 Description:
Iron Telluride (FeTe2) is a transition metal telluride with unique electronic, magnetic, and structural properties, making it valuable for various advanced material applications. It crystallizes in a layered structure, exhibiting anisotropic electrical conductivity and intriguing semimetallic behavior. FeTe₂ is studied for its potential in thermoelectric energy conversion, where its ability to manipulate heat and electricity efficiently can be utilized for power generation. Additionally, its magnetic interactions and correlation effects make it relevant in spintronic applications and superconductivity research. The material’s stability and potential for tunable electronic properties further enhance its appeal for next-generation electronics and quantum materials research.
Iron Telluride (FeTe2) Specifications:
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Material
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FeTe2
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Color/Appearance
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Black Powder
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Molecular Weight
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311.045
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Purity
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99.99%
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Density
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6.8 g/cm3
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Melting Point
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914 °C
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Iron Telluride FeTe2 Applications:
1. Thermoelectric Energy Conversion: Used in thermoelectric devices to convert heat into electricity, improving energy efficiency in power generation and waste heat recovery.
2. Superconductivity Research: Studied as part of iron-based superconductors, contributing to the development of high-temperature superconducting materials.
3. Spintronic Devices: Utilized in spintronics, where electron spin is manipulated for advanced data storage and quantum computing applications.
4. Quantum Materials Studies: Investigated for topological and correlated electron systems, making it relevant in next-generation quantum technologies.
5. Electronic and Optoelectronic Devices: Potential use in semiconductors, sensors, and thin-film electronics due to its layered structure and tunable properties.
Iron Telluride FeTe2 Packing:
Our Iron Telluride FeTe2 is carefully handled during storage and transportation to preserve the quality of our product in its original condition.
Iron Telluride FeTe2 FAQ:
Q1: What are the main applications of Iron Telluride (FeTe2)?
A1: FeTe2 is used in thermoelectric energy conversion, superconductivity research, spintronic devices, and quantum materials studies, making it valuable for advanced electronics and energy-efficient technologies.
Q2: What makes FeTe2 suitable for thermoelectric applications?
A2: FeTe2 exhibits anisotropic electrical conductivity and semimetallic behavior, making it a promising material for converting heat into electricity in thermoelectric devices.
Q3: Can FeTe2 be used in superconductivity research?
A3: Yes, FeTe2 is studied for its role in iron-based superconductors, contributing to the development of high-temperature superconducting materials.
