布鲁克3D EDS/EBSD重构软件QUBE

报价

¥20万 - 50万

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品牌

布鲁克

样本

暂无样本

型号

ESPRIT QUBE

荣誉奖项

产地

欧洲

布鲁克电子显微纳米分析仪器部

金牌
第7年
一般经销商

营业执照已审核

留言询价电话询价

核心参数

产地类别： 进口

先进的 3D EBSD&EDS 数据后处理软件平台

ESPRIT QUBE 是用于先进的 3D EBSD 和 EDS 数据的后处理和可视化软件平台。QUBE 是由德国杜塞尔多夫Max Plank 铁研究所的专家团队合作开发，拥有基于单元四元数运算的先进内核，这是在 3D 空间中表示和旋转物体的理想方式，完全没有像云台锁这样的空间限制。QUBE 的界面非常友好，适合新手和专家用户进行 3D 材料的高级表征。以下是 ESPRIT QUBE 提供的一些最重要的工具/功能：

多个数据筛选选项，
自动弹性和刚性切片登记，
GND 分布分析，表面网格化，
等浓度体积，
5 参数晶界分析，
多子集选项，
晶粒/颗粒分析系统，例如：大小、形状、相邻、
交互式 3D 数据可视化，例如：3D光标，
3D EDS 和 EBSD 数据立体仿真，
与 HDF5 和多种其他文件格式兼容

相关方案

综合钢铁/金属地矿公安/司法石油/化工建材/家具

矿物中元素含量检测方案(X射线能谱仪)
The determination of different mineral phases through backscattered electron (BSE) detectors is a common task in mineralogy. This approach however has limitations. If minerals with different composition but similar average atomic number are viewed with a BSE detector there is very little if no material contrast to be observed. This shortfall can be overcome through use of X-ray elemental maps. The innovative XFlash® 4010 SDD allows extremely high input and output count rates, hence elemental maps can be performed in about one tenth of the time required by conventional Si(Li) detectors.
地矿 2021-09-02
枪弹残留物中元素检测方案(X射线能谱仪)
Using an automated scanning electron microscope (SEM) and energy dispersive X-ray spectroscopy (EDS) to find and positively identify gunshot residue (GSR), has been an accepted method for forensic applications for quite a number of years.
公安/司法 2021-09-02
硅酸盐水泥中元素含量检测方案(X射线能谱仪)
Portland cement is one of the basic materials in the construction industry. The principal component of Portland cement is clinker. According to the cement nomenclature, clinker contains two silicate phases: Ca3SiO5 (alite) and Ca2SiO4 (belite), as well as aluminate and ferrite. The alite to belite ratio is responsible for the strength of Portland cement in cement clinker. The ability of determining this ratio already during the burning phase is essential for the evaluation of the cement’s final strength.
建材/家具 2021-09-02
高速钢(HSS)中元素含量检测方案(EBSD系统)
Commercially available high speed steel was analyzed simultaneously using the EBSD and EDS techniques at a very high speed of more than 200 points/s. Thanks to its extremely fast reanalysis option the CrystAlign™ software permits the user to launch measurements without knowing all the phases present in the sample. This in turn significantly reduces the preparation time needed before launching the measurement. Thanks to these new hardware and software developments the SEM occupation time for acquiring a map of 480,000 points was drastically reduced to less than one hour i.e. 38 min for data acquisition, plus maximum 15 min for sample, electron beam, hardware and software setup.
钢铁/金属 2021-09-02

高速钢(HSS)中元素含量检测方案(EBSD系统)
Commercially available high speed steel was analyzed simultaneously using the EBSD and EDS techniques at a very high speed of more than 200 points/s. Thanks to its extremely fast reanalysis option the CrystAlign™ software permits the user to launch measurements without knowing all the phases present in the sample. This in turn significantly reduces the preparation time needed before launching the measurement. Thanks to these new hardware and software developments the SEM occupation time for acquiring a map of 480,000 points was drastically reduced to less than one hour i.e. 38 min for data acquisition, plus maximum 15 min for sample, electron beam, hardware and software setup.
钢铁/金属 2021-09-02
Fe-Ni中元素含量检测方案(X射线能谱仪)
Quantitative analysis of a bulk sample requires that the composition of the sample is homogeneous over the analyzed volume. For inhomogenous samples the calculation of the matrix effects is not correct and this can lead to wrong results in the element concentrations. For samples containing a layer structure a different quantitative evaluation has to be applied. This can be provided with the standard-based analysis in ESPRIT in combination with the STRATAGem software.
钢铁/金属 2021-09-02
Cr-Ni钢中元素含量检测方案(X射线能谱仪)
The measurements discussed in this document relate to a Cr-Ni-steel sample, the composition of which was originally determined with XRF and S-OES. Steel analysis using EDS generally deals with calculating the content of elements in the intermediate atomic number range through evaluation of the K-lines of the X-ray spectrum.
钢铁/金属 2021-09-02

矿物中元素含量检测方案(X射线能谱仪)
The determination of different mineral phases through backscattered electron (BSE) detectors is a common task in mineralogy. This approach however has limitations. If minerals with different composition but similar average atomic number are viewed with a BSE detector there is very little if no material contrast to be observed. This shortfall can be overcome through use of X-ray elemental maps. The innovative XFlash® 4010 SDD allows extremely high input and output count rates, hence elemental maps can be performed in about one tenth of the time required by conventional Si(Li) detectors.
地矿 2021-09-02

枪弹残留物中元素检测方案(X射线能谱仪)
Using an automated scanning electron microscope (SEM) and energy dispersive X-ray spectroscopy (EDS) to find and positively identify gunshot residue (GSR), has been an accepted method for forensic applications for quite a number of years.
公安/司法 2021-09-02

TiB2 – TiC – SiC中元素检测方案(X射线能谱仪)
Silicon drift detector (SDD) systems have become state of the art technology in the field of EDS (X-ray microanalysis). One of the main advantages of XFlash® SDDs is the extremely high pulse load capacity of up to 750,000 counts per second combined with good energy resolution (<123 eV Mn-Kα, 47 eV C-K at 100,000 cps). These two factors and modern data processing allow spectrum imaging where an entire EDS spectrum at each pixel of the SEM image is collected in a database termed “HyperMap”. This approach allows data evaluation with advanced analysis options, such as the Maximum Pixel Spectrum (Bright & Newbury 2004, Application Note # EDS-04) for improved element identification and spectroscopic phase analysis called “Autophase” (Application Note # EDS-03) for evaluating the composition and area fraction of major and minor components.
石油/化工 2021-09-02

硅酸盐水泥中元素含量检测方案(X射线能谱仪)
Portland cement is one of the basic materials in the construction industry. The principal component of Portland cement is clinker. According to the cement nomenclature, clinker contains two silicate phases: Ca3SiO5 (alite) and Ca2SiO4 (belite), as well as aluminate and ferrite. The alite to belite ratio is responsible for the strength of Portland cement in cement clinker. The ability of determining this ratio already during the burning phase is essential for the evaluation of the cement’s final strength.
建材/家具 2021-09-02