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Supplier: Kyocera Corporation
Description: Featuring low microwave loss, excellent insulation at high temperatures, and a smooth surface, forsterite is ideal for use in electron tube parts and circuit substrates. Due to its high coefficient of thermal expansion, it bonds easily with metals and glass.
- Density: 3 to 3.6 g/cc
- MOR / Flexural Strength: 23206 to 30458 psi
- Modulus of Elasticity: 2.18E7 to 2.76E7 psi
- Shape / Form: Fabricated / Custom Shape
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Supplier: CoorsTek
Description: Forsterite is used in electronics, often as silicate substrates, because of its good electrical and dielectric properties. Example Applications Sensors Electrical substrates
- Applications: Electrical / HV Parts, Other
- MOR / Flexural Strength: 2901 psi
- Silicate and Clay Based Material Type: Forsterite
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Supplier: AENOR
Description: REFRACTORY MATERIALS. GENERAL CHARACTERISTICS OF THE FORSTERITE REFRACTORIES
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Supplier: Gelest, Inc.
Description: Additional Properties Hydrolytic Sensitivity 7: reacts slowly with moisture/water Application Component in olefin polymerization systems.1,2 Potential intermediate for synthetic forsterite, Mg2SiO4.3 Reference
- Flash Point: 109 F
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Supplier: CoorsTek
Description: Silicate ceramics, the oldest family of ceramics, are multi-phase materials developed from natural silicate sources such as clay, kaolin, feldspar, and soapstone. Today’s silicates — including cordierite, forsterite, mullite, steatite, and technical porcelain — evolved from
- Applications: Electrical / HV Parts, Other
- Coeff. of Thermal Expansion (CTE): 4.9 µm/m-C
- MOR / Flexural Strength: 18855 psi
- Material Type: Silica / Silicate Materials
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Supplier: CoorsTek
Description: Silicate ceramics, the oldest family of ceramics, are multi-phase materials developed from natural silicate sources such as clay, kaolin, feldspar, and soapstone. Today’s silicates — including cordierite, forsterite, mullite, steatite, and technical porcelain — evolved from
- Applications: Electrical / HV Parts, Other
- Coeff. of Thermal Expansion (CTE): 4 µm/m-C
- Dielectric Strength: 1.00E7 V/m
- MOR / Flexural Strength: 14504 psi
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Supplier: CoorsTek
Description: Silicate ceramics, the oldest family of ceramics, are multi-phase materials developed from natural silicate sources such as clay, kaolin, feldspar, and soapstone. Today’s silicates — including cordierite, forsterite, mullite, steatite, and technical porcelain — evolved from
- Applications: Foundry / Metal Processing, Other
- Coeff. of Thermal Expansion (CTE): 4 to 5 µm/m-C
- Dielectric Strength: 9.80E6 to 1.00E7 V/m
- MOR / Flexural Strength: 6527 to 24656 psi
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Supplier: Rainbow Research Optics, Inc.
Description: :YAG/YLF Laser Mirrors Er: Glass Laser Mirrors Excimer Laser & UV Optics Er:YAG Laser Mirrors Forsterite, Iodine Laser Mirrors He-Cd Laser Mirrors Mirror Blanks: Square, Rectangular, and Elliptical Nd:YAG Laser Components Nitrogen Laser Mirrors Ruby Laser Mirrors Tm: YAG, Ho: YAG
- Mirror Coatings: Bare Aluminum, Protected Aluminum, Dielectric, Bare Gold, Protected Gold, Silver
- Mirror Materials: BK7 Glass, Fused Silica, UV Grade Fused Silica, Other Mirror Material
- Mirror Shape: Round, Rectangular / Square
- Mirror Types: Laser Mirror
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Origin of Potassium-rich Silica-deficient Igneous Rocks
…and basanites is also described in this chapter with reference to the system forsterite -diopside-leucite-anorthite.
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http://krex.k-state.edu/dspace/bitstream/handle/2097/994/RajeshThapa2008.pdf?sequence=1
CR: FORSTERITE LASER FREQUENCY COMB STABILAZATION AND DEVELOPMENT OF PORTABLE FREQUENCY REFERENCES INSIDE A HOLLOW OPTICAL FIBER.
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Petrology
Forsterite .
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Toward single-cycle optical pulses
A broadband Cr: forsterite laser mode-locked by a semiconductor saturable absorber is designed and implemented.
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Dust Processing and Grain Growth in Protoplanetary Disks in the
Taurus-Auriga Star-Forming Region
…at higher temperatures (400-500 K) also require crystalline silicates, either enstatite or forsterite , at temperatures lower…
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Phase Diagrams for Geoscientists
Melting Relations on the Forsterite -Jadeite Join . . . . . . . . . . . . .