迈塔光电产品在转移、光电测试等领域最新文献进展分享
文章导读：
1. E1-T 多功能高精度二维材料转移系统
用于高响应光电探测器的全无机无层钙钛矿单晶的通用组装策略
论文链接：https://doi.org/10.1021/acsanm.3c03109
“PdSe2 thin flakes were mechanically peeled off from the bulk PdSe2 crystal (SixCarbon Tech Shenzhen) and transferred onto SiO2 (285 nm)/Si substrates. The transfer process was carried out using an accurate transfer system (Metatest, E1-T).”
使用我司E1-T型号转移台将PdSe2薄层转移到SiO2（285nm）/Si衬底上。
2. MStarter ABS 深紫外-近红外显微吸收光谱测试系统
MStarter 100 SHG 显微测试系统
基于超宽带隙二维半导体AsSbO3的机器视觉
论文链接：https://doi.org/10.1002/adfm.202306241
“The experimental absorption spectra were measured by a micro-zone absorption spectrometer (MStarter ABS, Metatest Co. Ltd.), and SHG measurements were performed with an MStarter 100 confocal microscope made by Metatest Optoelectronic.”
使用我司MStarter ABS 深紫外-近红外显微吸收光谱测试系统测试材料的微区吸收光谱，MStarter 100 SHG 显微测试系统用于SHG测试：SHG光谱、SHG强度、垂直配置和平行配置下的偏振相关SHG、SHG扫描图像。
3. MStarter 200 光电流扫描测试显微镜
二维半金属/半导体光伏异质结构中的偏振和栅极可调谐光电反向
论文链接：https://doi.org/10.1002/adma.202309371
“Single-pixel imaging and scanning photocurrent mapping measurements were conducted by a photocurrent imaging instrument (Mstarter 200 High Precision Photocurrent Scanning Test Microscope) (supplied by Nanjing Metatest Optoelectronic Technology Co.,Ltd.).”
使用我司MStarter 200 光电流扫描测试显微镜用于单像素成像和扫描光电流扫描测量。
4. MStarter 200 光电流扫描测试显微镜
全组分/带隙可调的二维ZrS2(1−x)Se2x半导体合金的外延生长及其光电应用
论文链接：https://doi.org/10.1007/s40843-022-2297-1
“The current-voltage (I-V) characteristics, the response time, and the photocurrent mapping were measured with a scanning photoelectric test system (MStarter-200).”
使用我司MStarter 200 光电流扫描测试显微镜测试电流-电压（I-V）特性、响应时间和光电流扫描。
5. Scanpro Advance 综合光电扫描测试系统
用于单块晶片上电子光子集成的具有巨二次谐波产生的二维半导体SnP2Se6
论文链接：https://doi.org/10.1038/s41467-023-38131-2
“Raman spectroscopy, micro-UV-visible absorption spectroscopy, and SHG spectroscopy were carried out by Metatest ScanPro Laser Scanning System (ScanPro Advance, Metatest).”
“The optoelectrical measurement of SnP2Se6 phototransistor was carried out on the Metatest ScanPro Laser Scanning System (ScanPro Advance, Metatest) with a wavelength-adjustable xenon lamp (280–1000 nm) as the light source.”
使用我司ScanPro Advance 综合光电扫描测试系统用于测试拉曼光谱、微区紫外可见吸收光谱、SHG光谱以及光电测量。
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