Convenient Tools for Synthesizing Full-Color Perovskite Quantum Dots

* This tool has been discontinued. Similar themes are available here.

A quantum dot film uses temperature differences to generate electricity

The enhanced quantum dot coupling in the short ligand quantum dot film, achieved through a layer-by-layer process, results in higher carrier mobility. Additionally, the quantum dot film has intrinsically very low thermal conductivity, which ultimately leads to a considerable theoretical ZT value.

1. Contents

The final TEG device needs to be in contact with a heat source, and dozens of TEG devices connected in series can deliver a stable current for lighting and other applications.

2. Target

Manufacturing TEG devices that can successfully output current

3. What you will learn

Solid State Physics, Device Physics, Surface and Interface Physics

4. Features/appeals

TEG devices have been attracting attention because of their ability to generate electricity from thermal energy, which is often lost in the environment due to the inability to fully utilize thermal energy.

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