Department of Material Science
Engineering material science is a multidisciplinary study that explores the connection between the structure and characteristics of materials. Its goal is to develop novel materials that can fulfil the growing technological demands. This expertise encompasses a diverse array of materials, including metals, polymers, semiconductors, magnetic materials, photonic materials, and biological materials.
Our research team has developed solar cells using material structure science to enhance their efficiency in the sales market. One notable attribute of these cells is their versatility in producing cost-effective light emitting diodes (LEDs). Our research institution has electroluminescence and IVC devices. Our research division focuses on using electroluminescence devices to analyze the molecular composition of solar cells and identify any flaws in semiconductors. These faults are detected by measuring the photons or quantum units of light in orbitals that are distinct from the valence layer of molecules. It is photosensitive and measures light. Alternatively, by using IVC, we may capture the progression of photon oscillations at various frequencies and measure the resulting voltage signal in units of seconds and minutes. We use the scientific approach of vibration analysis to measure and analyze data.
The results of vibration measurement include:
- Frequency area is a common domain
- Time waveform
- Phase angle measurement
- Resonance analysis
- Interference of signals
- Acceleration, speed and displacement