CVD system for Graphene Deposition

It is a low pressure CVD system fabricated in our research lab especially for synthesis of graphene films.

ALD is a CVD-derived thin film deposition technique that appears to be the most promising technique for the deposition of ultrathin films of high-k materials for future microelectronics applications. ALD is based on the application of sequential, self-limiting surface reactions. ALD may be considered as a type of CVD where the gas phase precursors are introduced alternately instead of simultaneously

Atomic Layer Deposition System

This ALD System is fabricated in our research lab.

Chemical vapor deposition (CVD) is a chemical process used to produce high quality, high-performance, solid materials. The process is often used in the semiconductor industry to produce thin films. In typical CVD, the wafer (substrate) is exposed to one or more volatile precursors, which react and/or decompose on the substrate surface to produce the desired deposit. Frequently, volatile by-products are also produced, which are removed by gas flow through the reaction chamber.

Gas Sensor Set up

This is a gas sensing and measurement facility.

We have employed the static method where gas concentration was determined by volume ratio. With the help of the temperature controller the sensor is brought to the desired temperature. Once the temperature is reached the desired concentration of gas is taken from calibrated cylinder and injected into the test chamber. The variation of sensor resistance in the presence of test gas is monitored using keithley 195A digital multimeter .All the measurements are carried out at atmospheric pressure.

Sputtering LAB

his is an RF sputtering facility.

RF Magnetron sputtering is used to produce thin,uniform and pure films of various materials/targets like metals (Platinum,Gold,Silver,Chromium,Aluminium etc.) and Semiconductors/Dielectrics like silicon,Titanium dioxide,silicon dioxide,zinc oxide,Aluminium oxide etc.Magnetron sputtering has the advantage of producing thin films with controlled properties with high adhension.These thin films applications in optics,electronics,aerospace etc.

IOT LAB

This is a smart sensor system.

Libelium provides advanced Smart sensor system, which has widely accepted for various applications such as smart city, smart agriculture, smart environment monitoring, smart water etc

IOT LAB

FBG Interrogator & Basler Rascer RAL2048-48 gm line scan camera.

An optical interrogator is an optoelectronics instrument, which allows the reading of optical fiber Bragg grating (FBG) sensors in static and dynamic monitoring applications. It can measure a large sensing network composed of various types of sensors (such as strain, temperature, displacement, acceleration, tilt…) connected along multiple fibers, by acquiring data simultaneously and at different sampling rates.

Low cost and small size alternative with high speed, reliability and image quality. Can be used in applications such as web inspections sorting and packaging, transport-related applications etc.