U1000拉曼双级相加单色仪是为了实现好的通用性和好地应用现代先进探测器技术而设计的。它使用了Jobin Yvon无与伦比的标准准直技术和闪耀全息平面光栅，以保证任意光谱范围都有佳的通光效率。
详细指标参数可访问
*两级相加单色仪
*不对称的Czerny-Turner结构
*针对紫外，可见和红外不同区域可转换的光栅
*高精度sin-bar驱动
*光栅水平转动轴
*3级/4水平狭缝，以获得很高的杂散光滤除水平
*对所有需要致力于超高色散和分辨率的测量很理想，特别是应力测量
*适用于布里渊，拉曼，光致发光实验
*可换光栅以覆盖紫外，可见和近红外范围
*显微，宏观和远距离取样附件
*可选第二探测器（ICCD或InGaAs）
*宏观和微观拉曼应用，在紫外到可见范围内，当需要高的光谱分辨率和杂散光滤除水平时，配备单道或CCD多道探测器。
*近红外范围内（1-1.7 微米）带红外光电管的拉曼应用。
*用PMT或CCD探测相干反斯托克斯拉曼光谱（CARS)。
*用PMT（可见范围）和红外光电管（近红外范围）探测光致荧光。
食品/农产品 2013-02-04
其他 2013-02-04
材料 2013-02-04
材料 2013-02-04
食品/农产品 2013-02-04
其他 2013-02-04
Page 2: Inferring Depositional Processes and Tempos in Fine-Grained Deep-Water Sediments by X-ray Fluorescence Mapping Page 3: Transmission Raman spectroscopy Page 4: Using the FluoroMax® spectrofluorometer to determine water quality Page 5: Point Mutations of DNA Sequences
Page 2: Analysis of pollutants in tree bark pockets using micro- XRF Page 3: Confocal Raman Microspectroscopy as a spatially resolved probe for Microfluidics Page 4: TemPro: TCSPC Lifetime Fluorescence Everyone Can Afford Page 5: Identification of biomolecules captured by Surface Plasmon Resonance using MALDI mass spectrometry Page 6: Our forthcoming conferences and shows
Page 2: Raman in the Photovoltaic World” Page 3: New Nanosizer® software yields more power for analyzing Single-Wall Carbon Nanotube (SWCNT) photoluminescence data. Page 4: The discovery of Van Gogh’s black cat in “Le Jardin de Daubigny” Page 5: Ready-to-use functionalized biochip for high throughput multiplex probes immobilization. Page 6: Off-axis illumination device for low frequency measurements
Page 2: Tracking protein unfolding on the MF² Page 3: Polarized Raman spectromicroscopy of spider silk Page 4: Real time monitoring of protein-peptide interactions by Surface Plasmon Resonance Imaging Page 5: Micro-XRF analyses harmful elements in toys Page 6: SLICE: A new XRF methodology and library for sample identification and archiving Page 6: Our forthcoming conferences and shows
