We aim to support industry with measurements of piezoelectric, thermoelectric, dielectric and magnetic advanced functional materials pdf properties an
We aim to support industry with measurements of piezoelectric, thermoelectric, dielectric and magnetic advanced functional materials pdf properties and maintain our competitive advantage through active involvement in cutting-edge research. NPL maintains a wide portfolio of internationally visible research programmes that advances measurement science, underpins the SI system and supports various cross-disciplinary technologies.
NPL’s commercial services are built on 100 years of leadership in accuracy, innovation and scientific research. Experienced consultants and project managers draw upon a unique combination of industry know-how and world-leading scientific discovery to deliver real-world business solutions and enable innovation and secure competitive advantage. We strive to actively promote public awareness and appreciation of science and technology, particularly the importance of measurement and the role of NPL. Here you can find out more about the interesting things we do, science outreach activities you can get involved in or take a look at some of our educational resources. NPL collaborates with leading national and international organisations to ensure our science achieves the highest possible impact.
Our library of publications, posters, training and other useful resources. A New Scientist article on the stagnation of computer processing power features the EMRP Nanostrain project, which is led by NPL. The NPL high temperature interferometer is now operational and initial results have been obtained on thermal expansion measurements. Piezoelectric resonance is widely used for room temperature characterisation of piezoelectric materials.