FluoroFest, an annual international series of workshops dedicated to Fluorescence techniques, will be held in Glasgow, Scotland at the Village Hotel Club, starting on Monday, April 24, through Wednesday, April 26, 2017.
Additive manufacturing allows highly complex and geometrical parts to be produced as a whole - meaning less parts are required to create device components and the assembly time is reduced. This technology is becoming popular across the board - from the medical industry to aerospace.
The resistance and conductance of a battery are two parameters that can be used to determine the health of battery strings and identify failed cells. As the two different values have a such a close relationship to each other many battery users believe that the choice between measuring either conductance or resistance makes little difference - however, this is not the case.
Single Wall Carbon Nanotubes (SWCNTs) are extremely effective additives for improving the conductivity of polymer based materials. When compared to the current most popular additive, carbon black, they are up to 1,000 times more powerful and don't result in any loss in material strength or appearance. However, the technology is still developing and the addition of SWCNTs to composites can be tricky.
What Sets Leybold's Range of UNIVEX Systems Apart
By Mychealla Rice
Diffusion Bonding – Understanding the Diffusion Bonding of Titanium
From TAV Vacuum Furnaces
Force Testing - A Versatile and Intuitive Force Tester for Production Environments
By Jake Wilkinson
Cannabis Analysis – On-Site Determination of Cannabis Strength using FT-IR Spectrosocopy
The Disruptive Power of Cloud-Based Scientific Software
From Micromeritics Instrument Corporation
Shape Memory Alloys for Biomedical Applications
By Ben Arnold
New 2D Semiconducting Polymer-Blended Nanonetwork Material Could Form Backbone of Organic Electronics
MIT Chemists Develop New Technique that Enables Adaptable 3D Printing
Michelin Group Uses AddUp Solutions' 3D-Printed Molds to Enhance Tire Performance
Novel Anode Spike Removal Machine
High-Precision Trace Moisture Transmitter for High-Purity Gas Applications
From Michell Instruments
Composite Material for Water Purification
Unique Micro-ESR (Electron Spin Resonance) Spectroscopy Product Line for Chemistry Research and Teaching Markets; for Applied Markets in Beverage Analysis, Petrochem Processing and Dosimetry
Combining Raman Microscopy with Scanning Electron Microscopy (SEM) To Study Inorganic And Mineral Samples At The Geological Institute Of Romania, Bucharest.
From Renishaw plc
Techsil Launch New Range of Water-based Adhesives for Vehicle Flooring and Interiors
Ankush Kumar, Sr. Sales/Business Development from Leybold talks to AZoM about their range of Thin Film Deposition Systems and Physical Vapor Deposition systems perfect for Research and Development projects.
H.C. Starck, suppliers of specialist metals, provide a range of technology metals to be used specifically in additive manufacturing (3D printing). Additive manufacturing allows highly complex and geometrical parts to be produced as a whole - meaning less parts are required to create devices.
Force testing is an important step in any production process to ensure that products are of a good quality and are up to standard. Lloyds Instrument's CS Series have been designed exactly for this role with their small footprint, easy to use interface and simple data readouts.
The TeraPulse 4000 is a portable unit that is capable of performing both transmission and reflection measurements within a single box. The unit is compatible with all of TeraView's? existing spectroscopy and imaging modules and accessories.
The horizontal-axis Large Aperture systems from ZYGO provide the unique capability of maintaining two independent metrology cavities; one of the nominal interferometer aperture (4"), and the other a choice of one of four beam expander diameters (12", 18", 24" and 32").
The Compact Atmospheric Sounding Interferometer CATSI - CWAS from ABB is a fast scanning interferometer. It covers the spectral range between 3 µm and 18 µm (560 cm-1 to 3300 cm-1) and provides advanced radiometric accuracy for thermal emission measurements.
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