Document Center
MSDS Data Sheets |
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EviTags T1 or T2-MP Quantum Dot CdSe/ZnS as Polymer or Lipid MSDS Download PDF |
EviTags EviFluors |
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CdSe/ZnS EviFluor MSDS Download PDF |
EviFluors |
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InGaP/ZnS EviFluor MSDS Download PDF |
EviFluors |
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EviFluors - Live Cell Blocking Buffer Download PDF |
EviFluors |
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Nanomaterials MSDS Core Shell Quantum Dot CdSe/ZnS Download PDF |
EviDots |
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Nanomaterials MSDS PbS Core Quantum Dots Download PDF |
EviDots |
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Nanomaterials MSDS Quantum Dot UV Curable Resin CdSe/ZnS Download PDF |
EviComposites - Resins |
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Nanomaterials MSDS UV Curable Resin Download PDF |
EviComposites - Resins |
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Nanomaterials MSDS Quantum Dot CdSe/ZnS PMMA Composite Solution Download PDF |
EviComposites - Solutions |
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Nanomaterials MSDS PbS Core EviDots PMMA Polystyrene Toluene Download PDF |
EviComposites - Solutions |
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Nanomaterials MSDS PMMA Polystyrene Dilution Resin Toluene Download PDF |
EviComposites - Resins |
White Papers |
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Optical Switching Using Nanocystals (2002) This paper describes semiconductor nanocrystals that are extremely fast nonlinear optical material that can be used to build switching components that are many orders of magnitude faster than other semiconductor technologies. Download PDF |
EviDots |
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Optical switching spectroscopy of PbS quantum dots with dualwavelength pump-probe (2001) Using quantum dots optical transmission modulation in PbS quantum dots is investigated using a dual-wavelength pump-probe technique. Download PDF |
EviDots |
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Semiconductor nanocrystal based saturable absorbers for optical switching applications (2003) This document presents experimental and theoretical results of an effort to develop semiconductor nanocrystal doped thin films for optical switching applications. Films doped with high quality PbS and PbSe nanocrystals have been fabricated. Measurements of the absorption spectra are compared with theoretical predictions. Download PDF |
EviDots |
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Engineering Semiconductor Properties Without Costly Epitaxial Growth (2002) Nanotechnology, more specifically semiconductor nanocrystals enable the design of tunable electronic semiconductor structures via control of the crystal size. Semiconductor nanocrystals have tunable properties based on the size of the nanocrystal, not on the lattice constant. Download PDF |
EviDots |
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Application of Semiconductor Nanocrystals to Photovoltaic Energy Conversion Devices (2002) This white paper examines how quantum dots based on CdSe and PbSe semiconductor nanocrystals (EviDots) are ideally suited as solar cell material due to the ability to tune the electronic bandgap and, hence, optimize a solar cell for maximum efficiency. Download PDF |
EviDots |
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Qauntum Dots in Bio-Threat Detection (2002) Quantum dots have promise as a probe to quickly detect biological agents. This white paper describes an overview of how a quantum dot would be used in Bio-Threat dectection. Download PDF |
EviTags, EviFluors |