The NS1 NanoSpectralyzer
Description
ANF offers the NS1 NanoSpectralyzer®, a unique automated fluorimetric analyzer based on the most advanced research in nanotube spectroscopy. This instrument combines a specialized optical system with custom software to enable efficient, turn-key analyses of bulk single-walled carbon nanotube (SWCNT) samples. The NS1 NanoSpectralyzer is valuable for tuning the process conditions in SWCNT growth reactors, for quality control, for guiding nanotube sorting and separation methods, and for a wide range of research applications that require detailed compositional data on a rapid time scale.
The NS1 NanoSpectralyzer
Specifications |
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|---|---|
| Excitation Source: | Laser |
| Grating (Excitation): | N/A groove/mm |
| Blaze (Excitation Grating): | 532 nm |
| Grating (Emission): | N/A groove/mm |
| Blaze (Emission Grating): | N/A nm |
| Bandpass: | 900-1600nm |
| Detection: | InGaAs Photodetector |
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United States
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Frequently Asked Questions
The absorption spectral resolution of the NS1 NanoSpectralyzer is 6 nm (NIR), 1 nm (vis).
The fluorescence excitation laser wavelength range of the NS1 NanoSpectralyzer is λ 532, 638, 671, and 785 nm (or customized).
The minimum sample volume required for the NS1 NanoSpectralyzer is 120 μL (or 50 μL optional).
The NS1 NanoSpectralyzer is used for efficient, turn-key analyses of bulk single-walled carbon nanotube (SWCNT) samples for tuning the process conditions in SWCNT growth reactors, for quality control, for guiding nanotube sorting and separation methods, and for a wide range of research applications that require detailed compositional data on a rapid time scale.
The power consumption of the NS1 NanoSpectralyzer is 75 W (excluding computer).