DTR3110-830 portable Raman spectrometer is suitable for field operation. The outstanding reliability makes the detection result much more accurate. The excellent low stray light conditions that enable the spectrometer has a wide range of application, especially in public safety, food safety, and pharmaceutical engineering. The multi-function software facilitated the spectral analysis process in application and the remote experiment through internet access makes the test item much easier.
Spesifikasi: Interface: USB2.0and WIF Operating system: Windows10 Integration time: 4ms-120s Power voltage: DC 19V(+/-5%) Operating Temp: -10〜40℃ Operating humidity: < 95% Dimension(L*W*H): 26x33x16.5cm Weight: 5.5Kg Spectral stability: σ/μ < 0.5%(COT8hours) Temp stability: Spectral shift< 1cm-1 (10-40℃) Variation of intensity (in5~40℃): <±5% Item: Ultra-high sensitivity, quick cooling CCD Detector cooled down to: -10℃ Detecting range: 200-1100nm Effective pixels:2048*64 Dynamic range: 50000: 1 Pixel size: 14μmx14μm Full well capacity: 300Ke Sensitivity: QE>40%,6.5μV/e- Central wavelength: 830nm (+/-1nm) FWHM: 0.08 nm Power output: ≥500mW Power stability: σ/μ <±0.2%
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.