牛津仪器提供AZtec分析软件,和为SEM和FIB中的EDS分析提供各型SDD探测器。

  • 我们提供的解决方案覆盖了预算有限的常规EDS显微分析和追求专业的先进的纳米分析。
  • 我们提供打包的解决方案包括:枪击残留物、矿物解离度、薄膜分析……甚至更多
  • 基于 “新一代”SDD探测器系列,X-MaxN 包含大面积的150 mm2 SDD探测器
  • x-act 10 mm2 SDD对常规应用较为理想,当无需大面积X-MaxN探测器所有性能的时候。
  • SEM中的AZtecEnergy EDS软件集成了新一代的探测器硬件、多任务软件、几十年EDS技术积累的诀窍和客户群的反馈,来创造了一个推动EDS分析进步的平台。

Application Note Library

Tru-Q – Making Accurate Analysis a Reality for All

Tru-Q is a unique combination of new and existing technologies that make the promise of automatic, real-time element identification and composition determination a reality.

PDF 407KB
Large Area EDS Mapping: Phase distribution in archaeological samples
Detailed surface analysis of samples which are extremely large in size and contain a distribution of object sizes from micro- to nano-scale can pose a challenge when faced with a limited analysis time.
 
Obtaining elemental maps at low magnifications by conventional analysis at relatively low pixel density can misrepresent the chemical and structural composition. This is particularly true in areas such as archaeology, geology, and materials science where micro- and nano-structure can have important implications, and samples are often of unknown morphology and chemistry. In this application note we describe how AZtecEnergy Large Area Mapping solves these challenges
PDF 7.81MB
Materials Analysis of Flexible Thin Films

Research and development of electronic circuitry mounted on plastic substrates is gathering pace. In order to assess the structural properties of the electronic components, they have to be analysed while on the plastic substrate without compromising their structural integrity. LayerProbe enables the analyst to separate the contributions of the substrate and the structures and enables measurements of the thickness and composition at high resolution and in a non-destructive manner.

PDF 2.38MB
Mineral Liberation Analysis - Large Area Mapping

Geological samples contain large amounts of information much of which may be gathered using an SEM equipped with EDS and EBSD analytical detectors and software. The combined suite of information gathered using both mapping and dedicated mineral analysis software enables a far deeper understanding of the specimen and the processes which have contributed to its formation than the individual methods alone.

PDF 3.04MB
Mineral Liberation Analysis - Mn Nodule Analysis

By using a range of solutions within Oxford Instruments’ AZtec and INCA software suite, detailed qualitative and quantitative information can be gained on the chemistry and mineralogy of geological samples of a wide range of types. INCAMineral and AZtec Energy have been used in the study of a Mn nodule suspected of containing economically viable quantities of valuable metals.

PDF 2.18MB
Biological EDS and Large Area SDD

Until recently, X-Ray Energy Dispersive Spectroscopy (EDS) in biological samples was limited to very basic analysis. Analysis often required higher beam currents than were acceptable: the mapping of small nanostructures could not even be considered due to sample drift and the beam damage that prolonged exposure would cause. The introduction of X-MaxN Very Large Area SDDs is revolutionising biological analysis by maximising count rates even at low accelerating voltages and small spot sizes.

PDF 4.89MB
Biological EDS with Multiple Detectors

The X-MaxN series of large area SDD detectors are revolutionising the EDS analysis of biological samples. With sensor active area up to 150 mm2, and the possibility to combine multiple detectors to make an effective area of up to 600 mm2, counts from samples are maximised even at low kV and small spot sizes. At last, ultra-fast analysis and nano-scale accurate mapping on biological materials are not only possible, but practical too.

PDF 5.26MB
LayerProbe - All Oxide Solar Cell Characterisation

Photovoltaic (PV) cells are an attractive option for generating low carbon renewable energy but traditional designs often include undesirable toxic compounds and must be manufactured under special conditions. The all-oxide approach to photovoltaic cells is thus very attractive as it circumvents many of these issues and offers a potential method of creating a lower cost, more widely used product. AZtec LayerProbe was used to characterise a combinatorial library sample with varying layer thicknesses and compositions in order to determine which combination is most effective.

PDF 1.15MB

此系列相关产品

硅漂移探测器(SDD)- X-Max Extreme

硅漂移探测器(SDD)- X-Max Extreme

X-Max Extreme全新硅漂移探测器是能谱探测器领域的又一突破,为超高分辨率FEG-SEM的应用及超越常规的微米和纳米尺度分析提供了全新的解决方案。 X-Max Extreme是100mm2无窗版本的X-Max,可显著地提高灵敏度和空间分辨率。 它采用了优化的径向几何设计,可实现在超高分辨场发射扫描电子显微镜的低电压及小工作距离条件下同时采集图像和能谱。X-Max Extreme可实现能谱的分辨率达到相应扫描电子显微镜的分辨率。

SEM AZtecEnergy的EDS 软件

SEM AZtecEnergy的EDS 软件

AZtecEnergy改变您采集、处理能谱数据的方式。无论初学者还是专业人士,都将在更高的分辨率下以更快的速度获得更加准确的结果。

大面积SDD能谱仪- X-MaxN

	 

大面积SDD能谱仪- X-MaxN  

X-MaxN 的晶体尺寸从适合于微米分析的20 mm2到纳米材料分析专用1大50 mm2的共四种可选。尤其是150 mm2为当今晶体面积的探测器,分析速度至少是普通探测器的两倍。

10mm2的SDD能谱仪——X-act

10mm2的SDD能谱仪——X-act

The x-act 10 mm2 SDD detector is an ideal solution for routine EDS applications.

枪击残留物分析(GSR)

枪击残留物分析(GSR)

Gunshot Residue Analysis (GSR)in the SEM provides fast, accurate and reproducible results to international standards such as ASTM E1588 - 10e1. AZtec GSR is a new package that makes Gunshot Residue Analysis faster than ever.