| (Displaying 10 records per page of 88 nanoparticles) |
Abstract: Fibrous MoO3 can easily be obtained from yellow molybdic acid (MoO3 . 2H2O) by hydrothermal treatment in acids, e.g.,...
Structure: Nano Rods
Origin: Chemical Synthesis
Primary Element: Molybdenum
Contributor:
Frank
Krumeich
ETH Zürich,Laboratory of Inorganic Chemistry
Added to NIL: 8/16/2005
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Abstract: Colloidal semiconductor nanocrystals (or quantum dots) are fragments of semiconductor composed of few hundreds to thousands...
Structure: Quantum Dots
Primary Element: Cadmium
Contributor:
Shimon
Weiss
UCLA
Added to NIL: 8/16/2005
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Abstract: Researchers at the University of Minnesota have developed new techniques for producing, localizing, and integrating into...
Structure: Crystalline
Primary Element: Silicon
Contributor:
Stephen
A
Campbell
University of Minnesota
Added to NIL: 8/16/2005
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Abstract: A team of scientists from the University of California, Berkeley, and the University of Wisconsin-Madison have discovered...
Structure: Crystalline
Origin: Natural Occurance
Primary Element: Iron
Contributor:
Gelsomina
DeStasio
University of Wisconsin
Added to NIL: 8/16/2005
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Abstract: A series of alkanethiolate-passivated PbS nanoparticles were synthesized with varied feed ratios of the starting reactants,...
Structure: Crystalline
Origin: Chemical Synthesis
Primary Element: Lead
Contributor:
Shaowei
Chen
University of California Santa Cruz
Added to NIL: 8/16/2005
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Abstract: A novel and facile low-temperature (150°C) synthesis of hexagonal ZnS Nanocrystals (NCs) that have an average size less...
Structure: Crystalline
Origin: Chemical Synthesis
Primary Element: Zinc
Contributor:
Yong
Zhang
Massachusetts Institute of Technology
Added to NIL: 8/16/2005
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Abstract: NanoLab offers various carbon nanotubes, which can be tailored to customer specifications. One standard material (PD15L5-20)...
Structure: Nano Tubes
Origin: Chemical Synthesis
Primary Element: Carbon
Contributor:
David
L
Carnahan
Nano Lab, Inc.
Added to NIL: 8/16/2005
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Abstract: Laser ablation has been used to grow silicon nanowires with an average diameterof 6.7 nm + 2.7 nm surrounded by an amorphous...
Structure: Nano Wires
Origin: Chemical Synthesis
Primary Element: Silicon
Contributor:
Jack (John)
Fischer
University of Pennsylvania
Added to NIL: 8/16/2005
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Abstract: Certain anaerobic bacteria respire toxic selenium oxyanions and in doing so produce extracellular accumulations of elemental...
Structure: Spherical
Primary Element: Selenium
Contributor:
Pulickel
M
Ajayan
Rensselaer (RPI)
Added to NIL: 8/16/2005
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Abstract: Two silicon nanoparticles with approximately 70-nm radii imaged by transmission electron microscopy (TEM) by Chris Perrey...
Structure: Spherical
Origin: Chemical Synthesis
Primary Element: Silicon
Contributor:
C.
Barry
Carter
University of Minnesota
Added to NIL: 8/16/2005
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