| Application: |
| The measuring sensitivity of fluorescent spectrophotometry is 2-3 order higher than that of UV VIS spectrophotometry. It can offer the information of excitation & emission spectrum, light emitting intensity & life, quantum yield rate, fluorescence polarization etc. and a wide linear range of operating curve, so that it has become an important means involved in trace analysis. |
| |
| It can be applied to the following fields: |
| ◆ Medical & clinical tests.................Clinical analysis of biogenic testing material |
| ◆ Pharmaceutics & pharmacology....Natural pharmacon analysis, pharmaceutical quality control and pharmacon metabolism research |
| ◆ Biochemistry...............................Minute quantity substance measurement in biological body |
| ◆ Food industry...............................Measurement of trace components in food |
| ◆ Pollutant analysis........................Air pollution, environmental hygiene detection, food pollutants etc. |
| ◆ Organic & inorganic chemistry......Analysis of trace components which can not be measured with absorptive spectrophotometry |
| |
| Features: |
| ◆ Monochromator of 1200 line grating, large aperture aspherical reflector, extraordinarily high sensitivity |
| ◆ High stable & durable xenon lamp and its power supply assure high stability of measurement, wide spectral range as well as the function of eliminating ozone. |
| ◆ Photoelectric multiplier of high performance, optional S/N ratio |
| ◆ Auto null adjustment & background subtraction |
| ◆ 8 step sensitivity adjustment |
| ◆ Real time fluorescent value, concentration printing |
| ◆ Measurement function of single point sample calibration |
| ◆ Auto negative high voltage decay protection for high lights |
| ◆ Super-wide dynamic range of fluorescent light value, accurately measuring minute change of sample. |
