DW-F93/ F93A fluorescence spectrophotometer adopts a cold light source and a replaceable interference filter system, and the receiver adopts a high-performance photomultiplier tube. It has high detection sensitivity, high selectivity, and a user-friendly functional operation interface. Fast and high-precision fluorescence intensity measurement, a variety of excitation light source components can meet the testing needs of most users, is cost-effective, and is especially suitable for university laboratory teaching demonstrations and student experiments, it is the first choice for upgrading the majority of user units in higher education systems.
Spesifikasi: Light source:LED Exciting optical filters:Interference optical filter (10nm bandwidth Central wavelength: 365nm Optional central wavelength: 365nm、405nm、470nm、515nm (F93A) The wavelength of exciting optical filter can be selected within 360-600nm Emission monochromator:360-650nm (C-T diffraction grating) Wavelength accuracy: ±2nm Wavelength repeatability :≤1nm Sensitivity:1×10-9 g/ml (Standard aqua of the sulfuric acid Quinine, 12nm bandwidth) Linearity deviation:≤±3.0% Variation of power source:220V±22V 50Hz±1Hz
Gas Chromatography is a kind of instrument for qualitative and quantitative analysis of multicomponent complex mixture by using chromatographic separation technology and detection technology. Generally, it can be used to analyze the thermal stable organic compounds in soil, such as volatile organic compounds, organic chlorine, organic phosphorus, polycyclic aromatic hydrocarbons, phthalates, etc.
Gas Chromatography is a kind of instrument for qualitative and quantitative analysis of multicomponent complex mixture by using chromatographic separation technology and detection technology. Generally, it can be used to analyze the thermal stable organic compounds in soil, such as volatile organic compounds, organic chlorine, organic phosphorus, polycyclic aromatic hydrocarbons, phthalates, etc.
Liquid Chromatography uses the mixture in liquid-solid or immiscible between the two liquid distribution ratio differences, the mix of the first separation, then analysis and identification of the instrument.