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Material Characterization Product Applications
11 applications found
With modular design and digital interfaces, the equipment is suitable for network analysis, material characterization, and non-destructive testing. Adaptable for various settings, the radar offers customization via a standard WR-6 waveguide flange and supports innovative applications in industrial environments through stability-focused reference clock ...
By2π-LABS GmbH based in Bochum, GERMANY
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Effective particle analysis techniques are essential to quality control programs across a wide range of manufacturing industries. FlowCam offers a complete solution for characterizing particles, ensuring end-product quality and conformity with industry regulations. ...
ByYokogawa Fluid Imaging Technologies, Inc. based in Scarborough, MAINE (USA)
MB's range allows for the crushing, recycling and reusing of materials to create roadbeds, drainage beds and dig fills directly at the worksite, thus reducing the cost of material transportation. Characterised by reduced dimensions and weight, MB also proves to be the ideal choice for small urban sites, or when special attention to the surrounding environment or architecture is necessary. With MB to work in historical urban centres and important sites is no longer a problem, and it can offer a new source of income ...
ByMB Crusher based in Fara Vicentino, ITALY
Non-polar liquids such as toluene, hexane, dodecane, etc, are important for many novel products like electronic paper, batteries, and fuel cells. Dispersions prepared on their basis depend on ionic composition, which can be characterized with ...
ByDispersion Technology, Inc. (DTI) based in Bedford Hills, NEW YORK (USA)
Characterising 2D materials is a crucial aspect of advancing nanoscience and nanotechnology. These materials, which are essentially one or two atoms thick, exhibit unique and extraordinary properties that make them promising candidates for various applications, such as electronics, optoelectronics, and energy storage. X-ray photoelectron spectroscopy (XPS) offers valuable information about the electronic structure and chemical composition. Due to the dimension of the material, careful interpretation of XPS data ...
ByKratos Analytical Ltd. based in Wharfside, UNITED KINGDOM
Materials science and engineering refers to the two-pronged method of studying the different mechanical properties of advanced materials and applying that knowledge to address global challenges in manufacturing and technology. It represents a tandem effort between various interconnected schools of thought – biology, chemistry, physics, advanced mathematics, and much more. At MIPAR Image Analysis, we have brought algorithmic image analysis into the materials science fold. With unmatched expertise in the ...
ByMIPAR Image Analysis based in Worthington, OHIO (USA)
X-ray photoelectron spectroscopy (XPS) serves as a versatile tool for the analysis of materials associated with electronics & semiconductors, offering crucial insights into their surface chemistry, composition, and electronic structure. Applications of XPS and surface analysis of electronic materials extends to flexible, organic electronics, displays and ...
ByKratos Analytical Ltd. based in Wharfside, UNITED KINGDOM
X-ray photoelectron spectroscopy (XPS) is ideally suited to provide information relating to interfacial material properties that are critical to the performance of modern batteries used for power storage. It can give insights into chemical composition, elemental or chemical distribution of species, defect sites or functional groups. Importantly, AXIS spectrometers allow studies of these materials to be extended to in-situ and in-operando characterisation of model devices. ...
ByKratos Analytical Ltd. based in Wharfside, UNITED KINGDOM
Perovskite Quantum Dots are a promising new class of light emitters. In this application note a complete photophysical characterisation, comprising of absorption spectra, photoluminescence spectra, photoluminescence lifetime, and quantum yield of two ...
ByEdinburgh Instruments - TECHCOMP Group based in , UNITED KINGDOM
The control of clinker fines emissions after the heat exchanger, placed downstream of the clinker cooler, is usually a problem for cement plant managers. The process is characterized by high material abrasiveness, high loads and variable flow rate in normal and maximum ...
ByAdvanced Cyclone Systems, S. A. (ACS) based in Porto, PORTUGAL
Research in these fields is one of the most active areas of materials science and involves collaboration between chemists, materials engineers, and modeling experts. Characterization is paramount toward developing clean, safe, and long-lasting next-generation energy storage and conversion devices, which, in turn, creates a better life for us ...
BySigray, Inc based in concord, CALIFORNIA (USA)