To work towards the growth of applied physics domain in the areas of Crystals, Nuclear Detectors, Gas Sensors, Synchrotron Instrumentation, Thermoelectrics and UHV based surface analytical instruments.
To develop fixed, portable and compact high intensity neutron generators for variety of basic and applied research including fast neutron radiography, material damage studies, explosive detection and fissile material detection.
To carry out R&D work for Superconductivity, X-ray & Neutron Imaging, Organic/polymer/Nano-phase thin films and molecular devices.
To maintain and operate Liquid Helium Plant.
Translation of R&D developments to commercial applications through technology transfer.
Precision, High Stability High Voltage Modules for Analytical Instrumentation
Programmable Voltage Reference for PES Beamline
Advanced machining for Fabrication of Ruthenium Plaques
Process Gas ( Electron Impact Source) Mass Spectrometer
High Precision Thermal Ionization Mass Spectrometer
Spot Welding machine:Machelonic made Bench Mtg Spot Welder working on Resistive heating method
CNC Lathe, Coordinate measuring machine, CNC Milling Machine
HPGe Radiation detectors are very expensive and indispensable in the detection and analysis of gamma rays and their spectroscopy. Vacuum pumping and Sealing system is required for HPGe Radiation detectors to function properly. The HPGe crystals need to be cooled to Liquid Nitrogen temperatures for working efficiently. This facility is used to repair, refurbish and reactivate defunct HPGe Radiation detectors and restore their functionality to new detector factory standards.
Low energy electrons (LEEs) are produced when high-energy ionizing radiation interacts with matter. The interaction between LEE and the molecular solid is ubiquitous in the interstellar medium (ISM) as well as in biological systems.This facility utilizes production of LEE (1 to 50 eV) induced reactions,especially on biologically important molecules, such as DNA bases and astrochemically important molecules, such as propanol and anthracene. reactions.
Studying large bio-molecules using Mass Spectrometric technique is required for uniquely identifying each parent molecule and its fragmentation pathways (MS-MS reaction). In order to study the parent molecule, it has to be ionized and ions have to be produced ‘in-tact’. Electrospray Ionization offers the ease of ionizing large bio-molecules and keeping them ‘in-tact’.
Studying large bio-molecules using Mass Spectrometric technique is required for uniquely identifying each parent molecule and its fragmentation pathways (MS-MS reaction). In order to study the parent molecule, it has to be ionized and ions have to be produced ‘in-tact’. Electrospray Ionization offers the ease of ionizing large bio-molecules and keeping them ‘in-tact’.
DC-ARC Source Power Supply
ILL (France) -BARC Collaboration work
4Pi Gamma Clover Detector Array
DC Current Transformer
PCI based Multifuction Data Acquisition Card
D/H Mass spectrometer
Technology transferred
SIMS
High stability high Voltage Module, Quadrapole Power Supplies
Sputter Ion Pump Power Supply
Process Gas ( Electron Impact Source) Mass Spectrometer
High Precision Thermal Ionization Mass Spectrometer
Improving Efficiency of Bismuth Telluride Thermoelectric Generators
Coin cell Supercapacitors
Cs-137 Gamma spectra measured by BARC Developed HPGe Detector
Silicon Surface-Barrier Detectors
Purnima Neutron Generator
Electronic Nose based on chemiresistive Sensors for Toxic Gas Detection
