- With a question mark still hovering over the security of the supply of heavy rare earths, the REProMag project aims to provide an alternative supply chain by recycling NdFeB magnets using a hydrogen decrepitation process developed at the University of Birmingham.
- The NPL Product Verification team has recently completed a successful Nadcap Gap Analysis with Aeromet International Ltd.
- NPL will be presenting recent work on alternatives to high temperature solders at Electronic Materials and Processes for Space workshop.
- NPL exhibited at the recent ITMA show held in Milan, Italy, which was attended by over 120,000 people.
- NPL is launching an industry collaborative project to develop characterisation methods of conformal coatings under condensing conditions, based on an approach developed at NPL.
- The EI Group kicked off its autumn activities, sponsoring, participating and hosting in conferences in the UK, Germany and the USA.
- On 16 September 2015, NPL's Magnetic Materials and Sensors Group hosted a one-day seminar on 'Advanced Electromagnetic Measurements for Non-Destructive Determination of Material Properties'
- The plenary and working group meetings of IEC TC 68 on Magnetic Alloys and Steels were held in Austria from 21-23 September.
- NPL's participation in the ELCOSINT project was the subject of a webinar.
- Vimal's poster, 'New carbon nanotubes (CNT) interconnects', discussed the use of this novel material solution which outperforms traditional interconnect materials, such as copper, with respect to their electrical and thermal conductivity properties.
The dielectric properties of materials govern the way in which they interact with electromagnetic signals and waves. NPL possesses a wide range of facilities for measuring these properties at RF and Microwave frequencies. Measurements can be performed on both solids and liquids and on low, medium and high loss materials.
Electrical interconnects are an intrinsic part of any electronic system. The interconnect has to perform on a wide range of substrates and under wide range of environmental conditions, and survive induced stresses from thermal, mechanical, corrosive and electrical factors. In many instances the capability of the interconnect is a road block to realising the full performance of the functional circuit.
The demand for traceable electrical and magnetic measurements is broadening as new materials and techniques have brought the need for these measurements to new areas of industry. There are a large number of parameters of interest, covering an ever-increasing range of values and frequencies. To provide traceability for these, NPL is involved in continuous development of measurement techniques and facilities. This gives NPL a unique range of facilities and experience in magnetic measurements.
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