Posted On: 06/22/2016 11:32:43 PM
Post# of 22465
A camera to catch QDots in action:
Time-Resolved Luminescence
Pulsed luminescence/photoluminescence/fluorescence/radioluminescence imaging and spectroscopy methods are applied for a large number of applications such as research of metal complex, quantum dots, organic LEDs, stand-off chemical compounds detection, cell dynamics, and scintillators characterization. Gated detectors are applied to shutter the unnecessary pulsed excitation source, but also to describe species luminescence decay.
The gating capabilities and precision of the iStar series facilitate research of luminescence decay behaviors up to nanosecond range. The iStar photocathode options enable closely matching the sample’s luminescence spectral features for both spectroscopy and imaging researches.
http://www.azom.com/equipment-details.aspx?EquipID=4047
Time-Resolved Luminescence
Pulsed luminescence/photoluminescence/fluorescence/radioluminescence imaging and spectroscopy methods are applied for a large number of applications such as research of metal complex, quantum dots, organic LEDs, stand-off chemical compounds detection, cell dynamics, and scintillators characterization. Gated detectors are applied to shutter the unnecessary pulsed excitation source, but also to describe species luminescence decay.
The gating capabilities and precision of the iStar series facilitate research of luminescence decay behaviors up to nanosecond range. The iStar photocathode options enable closely matching the sample’s luminescence spectral features for both spectroscopy and imaging researches.
http://www.azom.com/equipment-details.aspx?EquipID=4047
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