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Gadolinium Doped Ceria (10% Gd) a Nanopowder

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Gadolinium Doped Ceria (10% Gd) a Nanopowder

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Gadolinium Doped Ceria (10% Gd) a Nanopowder Specification

Purity
99.9% (Metal basis)

Product Type
Nanopowder

Material
Gadolinium Doped Ceria (10% Gd)

Alloy
No

Shape
Spherical Nanoparticles

Moisture
<1%

Chemical Composition
CeO2: 90%, Gd2O3: 10%

Application
Solid oxide fuel cells, Catalysts, Oxygen storage, Electronics, Sensors

Color
Pale Yellow

Crystal Structure
Fluorite (Cubic)

Thermal Stability
High

Specific Surface Area
4060 m/g

Density
7.22 g/cm

Particle Size
<50 nm (average)

Solubility
Insoluble in water

Storage Condition
Store in cool, dry place, tightly sealed

Appearance
Fine powder

Melting Point
~2600C

Gadolinium Doped Ceria (10% Gd) a Nanopowder Trade Information

Payment Terms
Paypal

Delivery Time
15 Days

Main Export Market(s)
Asia

Main Domestic Market
All India

About Gadolinium Doped Ceria (10% Gd) a Nanopowder

Gadolinium Doped Ceria (10% Gd) - Nanopowder

Product Code: 6211607

Gadolinium Doped Ceria (GDC) Nanoscale Powder is used as a sintering aid, catalyst support, and as a component for mixed conducting anodes and cathodes to enhance catalytic activity. Truly nanocrystalline (5 - 10 nm) with ultrahigh surface area.

Technical Specifications:

Formulation: Gd_0.10Ce_0.90O_1.95
Surface Area: > 100 m/g
Primary Crystallite Size: 5 - 10 nanometers (approximation based on surface area calculations)
Secondary Particle Size: Softly agglomerated

Exceptional Material Properties

Gadolinium Doped Ceria (10% Gd) offers outstanding thermal stability, a unique cubic fluorite crystal structure, and a fine appearance with spherical nanoparticles averaging less than 50 nm. Its high surface area and purity of 99.9% enhance its performance across advanced technological applications.

Applications Across Industries

This nanopowder is instrumental in the development of solid oxide fuel cells, catalysts, oxygen storage systems, electronics, and sensors. Its physical and chemical features support enhanced conductivity, catalytic efficiency, and reliable performance in demanding environments.

Reliable Storage and Handling

With high thermal stability and low moisture content (<1%), Gadolinium Doped Ceria nanopowder should be stored in tightly sealed containers, in cool and dry conditions. This ensures the integrity and longevity of the powder for research, manufacturing, and industrial use.

FAQ's of Gadolinium Doped Ceria (10% Gd) a Nanopowder:

Q: How should Gadolinium Doped Ceria (10% Gd) nanopowder be stored to maintain its quality?

A: Store the nanopowder in a cool, dry location within a tightly sealed container to preserve its high purity and prevent moisture absorption, which is kept below 1%.

Q: What is the primary benefit of using Gadolinium Doped Ceria (10% Gd) in solid oxide fuel cells?

A: Its high thermal stability, significant specific surface area, and fluorite cubic structure improve ionic conductivity and durability, making it ideal for solid oxide fuel cell electrolytes or electrodes.

Q: When is this nanopowder commonly utilized in manufacturing processes?

A: Gadolinium Doped Ceria (10% Gd) nanopowder is typically used during the fabrication of fuel cells, advanced catalysts, electronic components, and sensor materials, especially when high purity and nanoscale dimensions are required.

Q: Where can this nanopowder be sourced in the United States?

A: This material is available through multiple channels including distributors, manufacturers, retailers, suppliers, and traders within the United States catering to research and industrial needs.

Q: What process is recommended for handling Gadolinium Doped Ceria nanopowder safely?

A: Handle the nanopowder in a controlled environment, avoiding contact with water due to its insolubility; use appropriate protective equipment to prevent dust inhalation and maintain the material's hygiene.

Q: How does gadolinium doping enhance ceria's material properties?

A: Gadolinium doping increases oxygen ion conductivity, improves thermal stability, and modifies the electronic structure, making ceria more efficient for catalytic and energy storage applications.

Q: What advantages do spherical nanoparticles provide in this material?

A: The spherical shape promotes uniform dispersion, optimal packing, and better interaction in composite materials, leading to improved catalytic activity and performance in electronic or fuel cell applications.

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