QUANTAX EBSD
On-axis TKD for Unmatched Performance
最佳空间分辨率
低探头电流需求
Najważniejsze informacje
1.5
nm
有效的空间分辨率
Unique on-axis TKD offers optimum sample-detector geometry resulting in unmatched performance
2
nA
所需的最大探测电流
On-axis TKD enables low probe current measurements without affecting speed and data quality
125,000
pps
Ultrafast acquisition of FSE, BSE & STEM images
High contrast & low noise imaging within seconds enabled by unequaled ARGUS imaging system
Orientation Mapping of Nanomaterials with Unmatched Spatial Resolution
QUANTAX EBSD system, with its popularOPTIMUS 2检测器头是分析SEM中纳米材料的最佳解决方案。bob综合游戏这就是为什么：
- 提供最佳的空间分辨率降至1.5 nm
- operates with low probe currents without compromising speed and/or data quality
- the only TKD solution working in Ultra-High Resolution mode of SEMs using immersion lens technology
- fully automatic, built-in阿格斯成像系统
Korzyści
为什么我需要轴心tkd？
We would like to thank Aaron Lindenberg and his group at Stanford University for the permission to publish this DF-like image of their Ge-Sb-Te (GST) thin film sample!
- To achieve the best spatial resolution
- 用于SEM中的方向和相位映射
- 用于快速映射而不损害数据质量/完整性
- For acquisition of STEM like images with excellent contrast and resolution at incredible speeds and with fully automatic signal optimization
- 用于使用低探头电流分析光束敏感材料。bob综合游戏
Aplikacje
Webinary
Więcej informacji
Resources & Publications
Application Notes
Spec Sheets
Publications
- 2019 - Nature Materials: Metal–polymer hybrid nanomaterials for plasmonic ultrafast hydrogen detection
- 2019 - Acta Materialia:机制αzr hexagonal-ZrO transformation and its impact on the corrosion performance of nuclear Zr alloys
- 2019年 -bob综合游戏 材料科学：关于传输的深度分辨率Kikuchi衍射（TKD）分析
- 2019年 -bob综合游戏 材料科学：扫描电子显微镜中纳米颗粒的前置电子成像
- 2018年 -bob综合游戏 材料表征：空间岩石和优化扫描电子通道对比度
