MSE PRO Bismuth (III) Oxide (Bi sub 2 /sub O sub 3 /sub ) Powder, 99.999% (5N) (

Description: MSE PRO Bismuth (III) Oxide (Bi₂O₃) Powder, 99.999% (5N) (Metal Basis) High Purity Bismuth (III) Oxide (Bi2O3) Powder, 99.999% (5N) (Metal Basis) CAS Number: 1304-76-3 Product Number: PO2301 Package Size: 100 grams bottle Product Purity: 99.999% (5N) (metal basis) high purity grade Properties Formula: Bi2O3 Formula Weight: 465.96 g/mol Form: Yellow powder Melting point: 817°C Density: 8.9 g/cm3 Solubility in water: insolubleSolubility: soluble in most acids Applications Bi2O3 is used in solid-oxide fuel cells (SOFCs) as well as a raw material is making optical materials. Interest has centered on δ- Bi2O3 as it is principally an ionic conductor. In addition to electrical properties, thermal expansion properties are very important when considering possible applications for solid electrolytes. High thermal expansion coefficients represent large dimensional variations under heating and cooling, which would limit the performance of an electrolyte. The transition from the high-temperature δ- Bi2O3 to the intermediate β- Bi2O3 is accompanied by a large volume change and consequently, a deterioration of the mechanical properties of the material. This, combined with the very narrow stability range of the δ-phase (727–824 °C), has led to studies on its stabilization to room temperature. Bi2O3 easily forms solid solutions with many other metal oxides. These doped systems exhibit a complex array of structures and properties dependent on the type of dopant, the dopant concentration and the thermal history of the sample. The most widely studied systems are those involving rare earth metal oxides, Ln2O3, including yttria, Y2O3. Rare earth metal cations are generally very stable, have similar chemical properties to one another and are similar in size to Bi3+, which has a radius of 1.03 Å, making them all excellent dopants. Furthermore, their ionic radii decrease fairly uniformly from La3+ (1.032 Å), through Nd3+, (0.983 Å), Gd3+, (0.938 Å), Dy3+, (0.912 Å) and Er3+, (0.89 Å), to Lu3+, (0.861 Å) (known as the ‘lanthanide contraction’), making them useful to study the effect of dopant size on the stability of the Bi2O3 phases.Bi2O3 has also been used as sintering additive in the Sc2O3 - doped zirconia system for intermediate temperature SOFC. MSE PRO Bismuth (III) Oxide (Bi₂O₃) Powder, 99.999% (5N) (Metal Basis) High Purity Bismuth (III) Oxide (Bi2O3) Powder, 99.999% (5N) (Metal Basis) CAS Number: 1304-76-3 Product Number: PO2301 Package Size: 100 grams bottle Product Purity: 99.999% (5N) (metal basis) high purity grade Properties Formula: Bi2O3 Formula Weight: 465.96 g/mol Form: Yellow powder Melting point: 817°C Density: 8.9 g/cm3 Solubility in water: insoluble Solubility: soluble in most acids Applications Bi2O3 is uséd in solid-oxide fuel cells (SOFCs) as well as a raw material is making optical materials. Interest has centered on δ- Bi2O3 as it is principally an ionic conductor. In addition to electrical properties, thermal expansion properties are very important when considering possible applications for solid electrolytes. High thermal expansion coefficients represent large dimensional variations under heating and cooling, which would limit the performance of an electrolyte. The transition from the high-temperature δ- Bi2O3 to the intermediate β- Bi2O3 is accompanied by a large volume change and consequently, a deterioration of the mechanical properties of the material. This, combined with the very narrow stability range of the δ-phase (727–824 °C), has led to studies on its stabilization to room temperature. Bi2O3 easily forms solid solutions with many other metal oxides. These doped systems exhibit a complex array of structures and properties dependent on the type of dopant, the dopant concentration and the thermal history of the sample. The most widely studied systems are those involving rare earth metal oxides, Ln2O3, including yttria, Y2O3. Rare earth metal cations are generally very stable, have similar chemical properties to one another and are similar in size to Bi3+, which has a radius of 1.03 Å, making them all excellent dopants. Furthermore, their ionic radii decrease fairly uniformly from La3+ (1.032 Å), through Nd3+, (0.983 Å), Gd3+, (0.938 Å), Dy3+, (0.912 Å) and Er3+, (0.89 Å), to Lu3+, (0.861 Å) (known as the ‘lanthanide contraction’), making them useful to study the effect of dopant size on the stability of the Bi2O3 phases. Bi2O3 has also been uséd as sintering additive in the Sc2O3 - doped zirconia system for intermediate temperature SOFC. × Shipping info Click the Shipping & Payments tab above the listing description for more info Click the Shipping & Payments tab above the listing description for more info! Additional delivery notes PICK UP OPTION Sorry, our items are NOT available for pick-up. PAYMENT Immediate payment is required upon selecting "Buy It Now" or upon checking out through the cart. We accept payment via U.S. PayPal accounts and all Major Credit Cards, Debit Cards & Google Pay. We are legally required to collect sales tax in those states and localities where we maintain a physical presence (nexus). The applicable amount of sales tax charged to an order will be calculated based on the shipment destination's state and local sales tax laws. Thank you for shopping with us on eBay! Additional Information No additional information at this time Ask seller a question You might also like 1.1 mm 12~15 Ohm/Sq ITO Coated Glass Substrate 10 mm x 10.5 mm Fe-Doped Semi-Insulating Gallium Nitride Single Crystal C Plane 10 mm x 10.5 mm, Undoped, N-type, Gallium Nitride Single Crystal Substrate C pla 100 ml Teflon Planetary Ball Mill Grinding Jar Contact To contact our Customer Service Team, simply click the button here and our Customer Service team will be happy to assist. Ask seller a question © MSE Supplies LLC Shipping & Payments Click the Shipping & Payments tab above the listing description for more info Payment Accepted Payment Methods Immediate payment is required upon selecting "Buy It Now" or upon checking out through the cart. We accept payment via U.S. PayPal accounts and all Major Credit Cards, Debit Cards & Google Pay. We are legally required to collect sales tax in those states and localities where we maintain a physical presence (nexus). The applicable amount of sales tax charged to an order will be calculated based on the shipment destination's state and local sales tax laws. Thank you for shopping with us on eBay! Returns Returns are accepted Items must be returned within 30 days of the auction ending Buyer will pay for return shipping. Additional Information: "Broken or damaged items must be reported immediately upon receiving your package (within 5 business days upon delivery). All materials and equipment are considered as received in good condition upon signature of delivery confirmation. Please inspect these items for damage prior to signing off on the condition. If it becomes necessary to return a damaged item to MSE Supplies, please contact us for a Return Merchandise Authorization (RMA) number within 30 days of receipt of the product. MSE Supplies must receive the product within 15 days of MSE Supplies issuing the Return Merchandise Authorization (RMA). The product must be in the original packaging or the return will be rejected. RMA numbers must appear on the packing list and items being returned must be packaged and shipped in accordance with all applicable regulation. All items are subject to a 25% restocking fee. \r\n\r\nItems not returnable for credit include: open or damaged containers; materials past their expiration date or with an expiration date too short for resale; custom or special orders; non-recurring engineering (NRE) cost charged to the order, and chemicals of any type. Any supplies or equipment that have been uséd and are being returned for a warranty repair may require that a decontamination form be filled out. Please contact MSE Supplies for this form." eBay integration by

Price: 112.95 USD

Location: Tucson, Arizona

End Time: 2024-09-03T22:53:51.000Z

Shipping Cost: N/A USD