Plastic waste is seriously harming our planet’s health. Single-use, broken, lost, and discarded plastic items alike do not decompose in nature, instead polluting our soil and waterways for thousands of years.
By Ben Pilkington
22 Nov 2021
In this interview, we will explore the need for advanced solutions to semiconductor manufacturing challenges as well as how Hardinge Inc. addresses various semiconductor manufacturing applications with innovative products.
Polymer-based dielectrics are widely used in different electrical and electronic devices like capacitors, power transmission cables, and microchips. To adapt to different work conditions, a range of distinct properties like dielectric and thermal parameters are desired for polymers, which can be tuned by customizing the chemical and morphological structure or adding nanofillers/additives to form nanocomposites.
Hydrogen induced cracking-resistant steel plate is used in applications in which hydrogen induced cracking is a big risk, such as in boilers.
This article outlines how more sustainable abrasive solutions are beneficial to applications, enhancing overall performance.
This article considers the quantization of bilayer graphene, based on research published in the Journal of Magnetism and Magnetic Materials.
By Akhlaqul Karomah
18 Nov 2021
New research looks at the superconducting properties of indium selenide films to assess their viability in spintronic devices.
By Robert Lea
18 Nov 2021
An outline of pre-existing technologies demonstrates the importance of the real-time, high-precision analysis of this process. It also highlights the relevance and advantages of ABB’s Wet Process Analyzer (WPA) as a real-time multi-stream analytical technique for optimizing the FPD PR stripping process.
Non-crimp fabrics like METYX’s glass fiber fabric range are becoming increasingly sought after in the advanced manufacturing industry, with applications in many sectors.
For hundreds of thousands of years, humans have been using different techniques to increase the strength of natural wood, but in a recent groundbreaking study, researchers from the University of Maryland unveiled a process that was capable of making wood as hard as steel.
By Brett Smith
17 Nov 2021