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Quantum Dot Formulations: From Electronics to Bio-Applications
Quantum dot formulations are gradually disrupting the way materials are implemented in a broad range of market sectors. Renowned for their photoactivity and unique optical [...]ZnO Nanoparticles from Avantama
The ability to formulate raw materials and products with sub-microscale (μm) geometries is a powerful prospect, which is why nanotechnology has ignited interest in a [...]Nanomaterials for Printed Electronics
Since the onset of industrial-scale electronics printing in the 1960s, the available nanomaterials for printed electronics have grown significantly. Copper (Cu) was the first major [...]Quantum Dot LCDs: What to Expect in 2020
Quantum dot liquid crystal displays (LCDs) are currently available in a range of formats in the consumer electronics industry. While different manufacturers tend to use [...]Electronic Coatings: Functions & Applications
Electronic coatings – not to be confused with conformal coats or encapsulation resins – are a group of components used to improve the optoelectronic properties [...]What is Spin Coating & How Does it Work?
Spin coating is one of the industry-leading methods of depositing a thin film of material onto a functional substrate. There are no chemical constraints placed [...]Printed Electronics: Exploring Key Printing Techniques
Updated 01/11/2021 Despite many of the technological breakthroughs coming in recent decades, the concept of printed electronics was established over one hundred years ago. A patent [...]Role of Electron Transport Materials in Diodes
In the conventional sense, a diode is an electronic component comprising two terminals which asymmetrically conduct a current. This means that the electricity flowing through [...]Overcoming Pain Points of Perovskite QDs
Perovskite quantum dots (QDs) are nanostructured semiconductors that exhibit the general chemical formula ABX3, where X is the binding anion between the A and B [...]A Comprehensive Guide to Quantum Dots
Quantum dots, often abbreviated to QDs, are nanoscale semiconducting crystals characterized by their unique optoelectronic properties. These are defined primarily by the size of the [...]