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SPECTRO-96 Espectrofotómetro de Fluorescencia
|
● Fluorescent Spectrophotometer. |
|
Model |
SPECTRO-96 |
|---|---|
|
Light source |
Hamamatsu 150W Xenon lamp |
|
Exciting optical filters |
Interference optical filter |
|
Standard set |
equipped with an interference optical filter of central wavelength at 365nm and 10nm bandwidth |
|
Optional interference optical filer |
25mm diameter of wavelength of 250-700nm |
|
Emission monochromatic |
C-T diffraction grating (Em 200~900nm, bandwidth 10nm) Wavelength accuracy±1nm Wavelength repeatability ≤0.5nm |
|
Sensitivity |
Raman peak of water in 1 cm quartz fluorescence cuvette with S/N≥150 |
|
Linear measurement(r) |
≥0.995 |
|
Stability |
better than 1.5%/10min |
|
Variation of power source |
220V±22V 50Hz±1Hz |
|
Response time: (0.1-4)s |
(0.1-4)s 6 stages adjustable |
|
Fluorescence display value |
0.00-600.00 |
|
Data transmission |
USB2.0 |
Fluorescence analysis is a high sensitive and high selective sophisticated analytical method. This method can provide information including excitation and emission spectrum, emission light intensity and measurement of life of emission light & polarization fluorescence etc. This method can provide a wide lineal range of working curve. It has becoming an important analytical method in the region of trace analysis. This method has been used in:
● Medical science and clinical analysis Clinical analysis of biological specimen
● Pharmaceutical science and pharmacology Analysis of natural pharmaceutical products; Quality control of pharmaceuticals and research of pharmaceutical metabolites
● Biochemistry Analysis of minute quantity of substances in biological body
● Food industry Analysis of minute quantity of constituents in food
● Pollution analysis Atmospheric pollution, environmental testing and food contamination analysis
● Organic and inorganic chemistry Used in the trace analysis in case of those substances cannot be determined by absorption spectrophotometry.