一、 产品简介:
HRS系列C-T型光谱仪在光谱领域应用广泛,技术成熟,售后完善,在各种大中小型系统 中均有应用,例如荧光系统,拉曼系统,暗场散射,角分辨光谱,微区弱信号系统等。
SpectraPro HRS具有双出口,意味着可同时接入2个探测器,例如组成可见近红外光谱系统;探测器根据客户需要的波段和信号特点进行选择,常规系统价格在20万到100万RMB之间。
· 大型光谱仪、光谱分辨率高
· 像散像差校正技术的不断创新
· 产品配件可更选,光栅、光纤、镀膜等
· IntelliCal智能校准技术
· 为多探测器多系统实现优化
![](https://img1.17img.cn/17img/images/202212/uepic/667c35cd-1bfb-43b4-963e-13b0247e0f71.jpg)
![](https://img1.17img.cn/17img/images/202212/uepic/65030b7d-658b-4204-8391-f4001c21756b.jpg)
二、 技术优势:
1、相比于原始光谱,ResXtreme将光谱分辨率和光谱线的峰值强度提高了60%;ResXtreme对信噪比提升明显,是所有SpectraPro HRS系统的标准配置。
2、IntelliCal波长校准系统使用汞和氖氩双光源来校准紫外-红外范围内的波长;强度校准功能校正了光谱数据的相对强度,并消除了硬件包括和Etaloning的影响。
3、AccuDrive™软件能够在启动时自动识别转台和安装的光栅,执行若干光学校准例程,以确保准确的初始化。
这使得波长精度和可重复性得到改善,在精度和可重复性方面优于典型的扫描系统。
可定制实验设置
4、SpectraPro HRS可以为增加的波长(矩形格式传感器)和光谱成像应用(方形格式传感器)进行个性化设置。前照式和背照式设备,以及深耗尽设备均允许多重实验设置。SpectraPro HRS还与光源、单通道探测器、光纤束、滤波转轮等多种配件兼容
![Picture4.png Picture4.png](https://img1.17img.cn/17img/images/202212/uepic/54eb743b-4b08-46a9-913c-abbc2df7bacb.jpg)
5、独家高性能光学涂层镀膜、利用Acton#1900增强型铝光学涂层,SpectraPro HRS在紫外-红外范围具有最高的反射率,从而提供了最大的光学系统通量。受保护的银涂层在近红外到400 nm的范围内具有≥98%的反射率。
![ActonOpticsreflectivitcurves1900ilvergoldforspectrometersiggerfonts1.jpg ActonOpticsreflectivitcurves1900ilvergoldforspectrometersiggerfonts1.jpg](https://img1.17img.cn/17img/images/202212/uepic/c7f9490e-5c8d-4bbb-b49e-93b7463a2aa3.jpg)
6、IntelliCal波长校准系统具有10倍的更高波长精度,它使用汞和氖氩双光源来校准紫外-红外范围内的波长。
强度校准功能校正了光谱数据的相对强度,并消除了硬件包括和Etaloning效应。
![IntelliCal1.png IntelliCal1.png](https://img1.17img.cn/17img/images/202212/uepic/60eacf20-23cc-46c5-89ed-ac85ff72e023.jpg)
三、 产品参数:
光谱仪型号
型号 | 焦长 | CCD光谱分辨率 ResXtreme | 线色散倒数 | 数值孔径 | PMT分辨率 |
HRS-300 | 300mm | 0.07 nm or better (typ.) | 2.38 nm/mm | f/3.9 | 0.09 nm with 10 μm wide slits |
HRS-500 | 500mm | 0.05 nm or better (typ.) | 1.52 nm/mm | f/6.5 | 0.05 nm with 10 μm wide slits |
HRS-750 | 750mm | 0.03 nm or better (typ.) | 1.03 nm/mm | f/9.7 | 0.03 nm with 10 μm wide slits |
Note: | 1.Unless otherwise noted, specifications with a 1200 g/mm grating @ 435.8 nm 2.CCD resolution measured at the focal plane center with 10 μm slit and a Princeton Instruments PIXIS:400F with 20 μm pixels @ 546 nm. |
四、 产品规格:
![](https://img1.17img.cn/17img/images/202212/uepic/abc3e3f3-1cd7-4144-94d7-83bd4e5b1629.jpg)
五、 应用案例:(太多,结合您的研究方向,我们可以针对性推送)
1. Boosting the efficiency of quasi-2D perovskite light-emitting diodes via tailoring the PEDOT:PSS hole transport layer
Photoluminescence Measurements, Photoelectron Spectroscopy, Quasi-2D Perovskite Light-Emitting Diodes, Modified PEDOT:PSS, Energy Level Matching, Current Injection
Bingchen He, Shi Chen, et al.
University of Macau
Applied Surface Science
2022
2. Thermalization of fluorescent protein exciton-polaritons at room temperature
Photoluminescence Measurements, Linearly Optical Spectroscopy, Fluorescent Proteins, Strong Coupling, Optical Cavities, Thermalization, Exciton-Polaritons, Polariton Condensation
Sitakanta Satapathy, Vinod M. Menon, et al.
The City College of New York, University of Michigan
arXiv
2022
3. Irreversible synthesis of an ultrastrong two-dimensional polymeric material
Polarized Photoluminescence Measurement, Two-Dimensional (2D) Materials, Microscopic Reversibility
Yuwen Zeng, Michael S. Strano, et al.
Massachusetts Institute of Technology, Army Research Laboratory, Harvard University
Nature
2022
4. Enhanced catalytic performance of CoOx-CeO2 for synergetic degradation of toluene in multistage sliding plasma system through response surface methodology (RSM)
Post Plasma-Catalysis, VOCs Degradation, Sliding DBD Plasma, Bimetallic Oxides Catalysts, Response Surface Methodology
Nan Jiang et al.
Dalian University of Technology, Xi’an Jiaotong University, Nanjing Forestry University
Applied Catalysis B: Environmental
2019
5. Ultrafast coherent nonlinear nanooptics and nanoimaging of graphene
NSOM, Material Science, Nanotechnology, 2D Materials, Four-Wave-Mixing, Graphene, Nanophotonics, Plasmonics
Tao Jiang et al.
Texas A&M University, University of Colorado
Nature Nanotechnology
2019
![](https://img1.17img.cn/17img/images/202212/uepic/747fb128-4a2c-42a8-a2e7-2feb563741bb.jpg)