The full spectrum direct reading inductively coupled plasma emission spectrometer utilizes a reliable integrated solid-state RF power supply, a stable constant temperature two-dimensional spectroscopic system, and a scientific research level refrigeration anti overflow CCD detection system. Combined with leading spectral correction technology in China, the operability, flexibility, and reliability of the spectrometer are beyond imagination.
Spesifikasi: Circuit type: All solid-state RF power supply Input power supply: 220V, 30A Operating Frequency: 27.12MHz Frequency Stability: <0.01% Output power: 800W~1500W Output power stability: ≤0.01% light path: Middle step grating+prism cross dispersion type Focal length: 440mm Grating specifications: Echelle grating Wavelength range: 175nm~870nm Nitrogen purge: High speed blowing 6L/min, normal blowing 2L/min Detection wavelength range: l65nm ~ 900nm Quantum efficiency: >30%@200nm Refrigeration temperature: -45℃ Nitrogen purging flow rate: 3L/min Wavelength range: 175nm~900nm Repeatability: Relative standard deviation RSD < l.5 % Stability: Relative standard deviation RSD < l.0 %
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.