| (Displaying 10 records per page of 88 nanoparticles) |
Abstract: High-purity aligned multi-walled carbon nanotubes (MWNTs) were synthesized through the catalytic decomposition of a ferrocene-xylene...
Structure: Nano Tubes
Origin: Chemical Synthesis
Primary Element: Carbon
Contributor:
Apparao
M.
Rao
Clemson University
Added to NIL: 8/30/2005
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Abstract: Bioengineering routes to the production of metal and metal oxide nanoparticles for homogeneous and heterogeneous catalysis...
Structure: Spherical
Origin: Chemical Synthesis
Primary Element: Iron
Contributor:
Daniel
R.
Strongin
Temple University
Added to NIL: 8/31/2005
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Abstract: Single-crystalline barium titanate nanowires are synthesized using a solution-based method, and their ferroelectric properties...
Structure: Nano Wires
Origin: Chemical Synthesis
Primary Element: Barium
Contributor:
Jonathan
E.
Spanier
Drexel University
Added to NIL: 8/31/2005
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Abstract: Nanoparticles of cerium oxide with a narrow size distribution (± 15%) are prepared by mixing cerium nitrate solution with...
Structure: Crystalline
Origin: Chemical Synthesis
Primary Element: Cerium
Contributor:
Jonathan
E.
Spanier
Drexel University
Added to NIL: 8/31/2005
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Abstract: Product Name Nanoaluminium Powder Density 2.7g/cm³ Average particle size 50nm
Structure: Crystalline
Origin: Chemical Synthesis
Primary Element: Aluminum
Contributor:
NTbase
Added to NIL: 8/31/2005
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Abstract: Product Name Nanoiron Powder Density 7.876g/cm³ Average particle size 80nm
Structure: Crystalline
Origin: Chemical Synthesis
Primary Element: Iron
Contributor:
NTbase
Added to NIL: 8/31/2005
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Abstract: Product Name Nanonickel Powder Density 8.85g/cm³ Average particle size 80nm
Structure: Crystalline
Origin: Chemical Synthesis
Primary Element: Nickel
Contributor:
NTbase
Added to NIL: 8/31/2005
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Abstract: Product Name Nanosilver Powder 1. Low Price.2. High Purity. (more than 99.99%)3. Easy application due to its dispersible...
Structure: Colloids
Origin: Chemical Synthesis
Primary Element: Silver
Contributor:
NTbase
Added to NIL: 8/31/2005
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Abstract: Carbon nanotubes (CNTs) are synthesized utilizing novel, electrically-enhanced, oxy-fuel flame-based, catalytic chemical...
Structure: Nano Tubes
Origin: Chemical Vapor Deposition
Primary Element: Carbon
Contributor:
Stephen
D.
Tse
Rutgers University-Mechanical & Aerospace Engineering
Added to NIL: 9/1/2005
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