Xeuss Pro
The Next Generation (GI-)SAXS/WAXS/USAXS beamline for the laboratory - Xeuss 3.0 - Image 2
The Next Generation (GI-)SAXS/WAXS/USAXS beamline for the laboratory - Xeuss 3.0 - Image 3
The Next Generation (GI-)SAXS/WAXS/USAXS beamline for the laboratory - Xeuss 3.0 - Image 4
The Next Generation (GI-)SAXS/WAXS/USAXS beamline for the laboratory - Xeuss 3.0 - Image 5
The Next Generation (GI-)SAXS/WAXS/USAXS beamline for the laboratory - Xeuss 3.0 - Image 6
The Next Generation (GI-)SAXS/WAXS/USAXS beamline for the laboratory - Xeuss 3.0 - Image 7
The Next Generation (GI-)SAXS/WAXS/USAXS beamline for the laboratory - Xeuss 3.0 - Image 8
The Next Generation (GI-)SAXS/WAXS/USAXS beamline for the laboratory - Xeuss 3.0 - Image 9
The Next Generation (GI-)SAXS/WAXS/USAXS beamline for the laboratory - Xeuss 3.0 - Image 10
Xeuss Pro

The Next Generation (GI-)SAXS/WAXS/USAXS beamline for the laboratory – Xeuss 3.0

Model: Xeuss Pro

Brand: Xenocs

Origin: France

The Xeuss 3.0 will help you develop new materials and products with specific properties and functions require deep knowledge of materials at the nanoscale to macroscale.

Categories: , , , , , , , , , , , , , , Tags: , , , , , , ,

The Next Generation beamline for the laboratory

  • Maximum flexibility
  • Ultimate performance
  • Plenty of space for sample environment

 

The Xeuss 3.0 is the latest generation instrument in the proven Xeuss family and is already installed in leading research facilities around the world. It incorporates all the latest innovations from Xenocs for added capabilities, flexibility and ease-of-use.

Accelerates your research

 

The Xeuss 3.0 enables the nanostructure characterization of soft matter and nanomaterials. It allows users to explore a wide range of applications.

With the Xeuss 3.0 you can perform Small- and Wide-Angle X-ray Scattering (SAXS/WAXS) measurements in transmission or in Grazing Incidence (GI-SAXS/WAXS) as well as Ultra-SAXS measurements to provide comprehensive nano- and micro -structural information on all types of samples. And with InXight X-ray Imaging module, you can get bigger picture on your sample from the crystalline structure to the macrostructure and watch operando dynamics over all length scales in your lab when you need it.

 

 

The Xeuss 3.0 is used for many applications.

 

Typical measurements with the Xeuss 3.0 include:

1. Particle size distribution ranging from a few nanometers to more than 350 nm in diameter (or up to few microns with USAXS)
2. Crystallization rates and lamellar structure of semicrystalline polymers
3. Size and shape analysis of surfactants or proteins and other macromolecules in solutions
4. Organization and orientation of nanomaterials at the atomic- or the nano-scale, in bulk or at surfaces
5. Phase segregation studies of alloys
6. Operando and in situ studies

 

=>The Xeuss 3.0 is the perfect tool to make your lab a multi-user research center platform and initiate new collaborations.

See more on www.xenocs.com

Video giới thiệu

  1. Giới thiệu Xeuss 2.0

CEA Paris-Saclay SAXS platform

The SAXS platform at BAM

Small- and wide-angle X-ray scattering at Malmö University available through Open Lab Skåne

Xeuss 3.0 at Aalto University

2. USAXS

3. SWAXS mô đun

4. Nguồn bức xạ kép

5. Công nghệ Clean Beam

6. Detector tiên tiến nhất trên Xeuss

7. Ưu điểm

8. Phân tích dữ liệu SAXS đơn giản với phần mềm XSACT

9. Nghiên cứu Polyme với SAXS

Brochure

  1. Thế hệ thiết bị tán xạ tia X (GI-)SAXS/WAXS/USAXS tối tân nhất trong phòng thí nghiệm hiện nay – Xeuss 3.0
  2. Mô đun InXight trên Xeuss 3.0

Application note

Một số ứng dụng:

  1. Investigation of Gold Nanoparticles
  2. Size distribution of Gold Nanoparticles
  3. Size distribution of nanoparticles: powders, dispersions and composites
  4. Number concentrations for Gold Nanoparticles: robust and traceable measurements in the lab
  5. SAXS measurements of diluted solutions
  6. Overview of a surfactant structure
  7. Polymer phase transformation
  8. Silk fiber nanostructure investigation
  9. Low detection limit of crystallinity
  10. Determination of polymer crystallinity
  11. SAXS & Chocolate
  12. Sách trắng – Ứng dụng kỹ thuật Tán xạ tia X góc nhỏ (SAXS) để nghiên cứu, phát triển và bào chế thuốc
  13. Protein structure resolutions
  14. High throughput protein envelope determination
  15. Protein-protein interactions – from in vivo functionality to pharmaceutics and food science
  16. In-lab SEC-SAXS for structural investigation of complex samples
  17. Thorough investigation of oligomers during protein fibrillation
  18. Microgels
  19. Vesicles
  20. Characterization of protein self-association
  21. …

Lời chứng thực của khách hàng

Helmholtz-Zentrum Hereon uses the Xeuss 3.0 SAXS/WAXS instrument to boost research

Over a year after the installation of the Xeuss 3.0 in the Division of Hybrid Materials Systems in the Institute of Materials Mechanics at Helmholtz-Zentrum Hereon, the system is extensively used and strengthens the institute’s microstructural characterisation facilities for materials science.
Dr Jürgen Markmann from the Institute of Materials Mechanics shares with us how the instrument is being used and the benefits it brings.

From WAXS to USAXS, we use the Xeuss 3.0 for structural characterization of materials of very different types

From left to right: Jörg Weißmüller (Head of department), Lukas Riedel, Jürgen Markmann

Our focus in SAXS studies lies in structural characterisations of materials on the nanoscale. Especially nanoporous metals are intensely studied subjects of our research and the possibilities for characterisation the Xeuss 3.0 offers were the main reason for its acquisition.

The pore sizes in nanoporous gold, which is our most frequently investigated model material, ranges from 10 nm to more than 500 nm. Our Xeuss can easily change the measuring geometry optimal to the pore size of interest. Samples in the upper size classes partly leave the accessible range of the standard SAXS. In these cases, we use the supplied Bonse-Hart camera (Ultra-SAXS) for structural characterisation.

Other research projects with this material include the observation of the wide-angle scattering pattern (WAXS) of nanoporous gold which change for instance after annealing steps due to internal stresses. Setups and environments for ex-situ and in-situ experiments in order to investigate initial and advanced stages of the synthesis, i.e. the formation of the microstructure of these materials, are developed.

Non-porous materials also are part of our research work with the Xeuss. For example, we did investigations of precipitates in Mg rare earth alloys. The superstructure of the precipitate phase causes additional WAXS patterns, which we could nicely observe.

Nevertheless, we are not restricted to structural metallic materials. A research project of Julia Keppler (Wageningen University) and Vasyl Haramus (Institute of Metallic Biomaterials, Hereon) is connected with production of artificial milk and cheese from recombinantly produced milk proteins. The critical task is the formation of solution of casein micelles (size above 100 of nm) including “cherry stones” colloidal calcium phosphate nanoclusters (~ 2 nm). SAXS data provides information on variation of morphology of such multi scale structure vs preparation conditions.

Having the instrument in the lab gives us unlimited time for making measurements

Working with nanoscale materials, small-angle scattering always was a very attractive characterisation method for us. Before we bought the Xeuss, our own facilities for doing such measurements were very limited. So writing proposals for measuring time at corresponding beamlines of synchrotron and/or neutron sources was our preferred way for doing SAXS or SANS. However, measuring time at these facilities is in great demand and strictly limited. This makes the development of more sophisticated sample environments difficult.

A lab device like the Xeuss solves this problem. We have unrestricted access for all kind of modifications of the sample environment and unlimited time for testing different measuring geometries. In the few cases we need the high intensity of the synchrotron, e.g. for better time resolution in structural development processes due to shorter measuring times, it’s now much easier to write a successful application for measuring time at SAXS or SANS beamlines due to the preliminary studies we already can do in our own lab.

The Xeuss 3.0 exceeds all expectations we had

What we especially like about the Xeuss 3.0 is the flexibility of the device. The direct control of the motors together with the possibility to change the wavelength and the sample to detector distance according to the needs of the experiment without the need to change the setup allows for measurement designs no one had in mind before.

The variety of sample holders further enhances the number of different measurement geometries including combinations with custom-made sample holders and environments.

If you try new configurations or otherwise need help the Xenocs support service is always available and capable.

Even after more than a year, we still did not explore all possibilities our Xeuss provides. Until now, the device fulfils and even exceeds all expectations we had.

About Helmholtz-Zentrum Hereon

Helmholtz-Zentrum Hereon conducts international cutting-edge research for a changing world: approximately 1,100 employees generate knowledge and innovation to facilitate more resilience and sustainability. Hereon’s scientific spectrum encompasses high-performance materials, processes and environmentally friendly technologies for mobility and new energy systems. Furthermore, research is conducted on biomaterials for medicine and for increasing the quality of life. Through research and consulting, Hereon addresses the challenges of climate change in a solution-oriented manner and facilitates sustainable management as well as the protection of the coasts and marine environment through comprehensive scientific understanding. From basic understanding to practical applications – the interdisciplinary research centre covers a unique spectrum.

Contact : Dr. Jürgen Markmann [juergen.markmann@hereon.de] https://www.hereon.de/institutes/materials_mechanics/index.php.en

Source: Xenocs

Tin tức KHCN về SAXS nổi bật nhất

Một số tin tức KHCN mới ứng dụng SAXS trong nghiên cứu:

  1. Tia X có thể giúp test nhanh COVID-19 tin cậy và nhanh chóng hơn trở thành hiện thực như thế nào
  2. Tán xạ tia X góc nhỏ giúp xác định đặc tính của liposome trong các ứng dụng dược phẩm
  3. Lựa chọn, phân tích đặc tính sinh-lý và cấu trúc kháng thể nano tổng hợp giúp vô hiệu hoá hiệu quả vi rút Sars-coV-2
  4. SAXS là một công cụ để mô tả các tương tác protein kháng nguyên – kháng thể đơn dòng
  5. Thiết bị tia X mới tại KU Food kiểm tra bít tết thực vật trong quá trình chiên
  6. Tìm hiểu thực phẩm ở cấp độ phân tử bằng tia X để tạo ra Snack ngon hơn bao giờ hết trong tương lai
  7. Tia X sẽ tạo ra chế độ ăn dựa trên thực vật trong tương lai ngon hơn
  8. Khóa học về tán xạ tia X góc nhỏ trong ngành dược phẩm
  9. SAXS & chocolate
  10. Nghiên cứu “In Situ” và “Operando” quá trình điện hóa, lưu trữ năng lượng theo thời gian thực bằng tán xạ tia X
  11. Phân tích vật liệu polyme nanocomposite với tán xạ tia X
  12. Tán xạ tia X góc nhỏ “tại chỗ” (In-Situ*) để xác định đặc tính của hạt nano
  13. Sự suy giảm hoạt tính của vật liệu xúc tác theo thời gian trong Pin nhiên liệu có thể nghiên cứu “operando” với thiết bị SAXS trong phòng thí nghiệm được không?
  14. Các nhà khoa học spa triệt “lông” cho các tinh thể nano để cải thiện tính chất điện tử của chúng
  15. Một loại vật liệu mới để tạo cấu trúc ở kích thước nano
  16. Các nhà nghiên cứu nghĩ “nhỏ” sẽ đạt được tiến bộ cho pin nhiên liệu tốt hơn
  17. Các nghiên cứu ở kích cỡ nano mở đường cho pin Lithium-ion “thế hệ tiếp theo”
  18. Hiểu sự chuyển đổi pha của hydrogel với SWAXS
  19. Siêu màng lọc mới đạt được hiệu suất vượt xa màng lọc tốt nhất hiện có
  20. Một sự kết hợp mạnh mẽ để giải thích các tương tác giữa gỗ và nước ở kích cỡ nano
  21. SAXS phát hiện cấu trúc nano dẫn đến màu sắc sặc sỡ trên lông vũ của chim giẻ cùi
  22. Góc nhìn chuyên gia: Liệu có tương lai cho pin mặt trời bằng chất dẻo quang điện ở quy mô lớn không?
  23. Kết quả SAXS / WAXS giúp làm sáng tỏ mối quan hệ cấu trúc-chức năng trong bọt xốp
  24. Sự tự lắp ráp – Cách SAXS / WAXS giúp nghiên cứu các dải ruy-băng nano dẻo dai được hình thành với amphiphile aramid như thế nào
  25. Bắt chước tự nhiên: sự xoắn gây ra sự chuyển pha trong poly (ethylen oxide)
  26. GISAXS tiết lộ việc đóng gói các chấm lượng tử PbS được sử dụng trong pin mặt trời
  27. Đặc tính của protein tự liên kết
  28. …

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