A controlled atmosphere chamber used for handling moisture- and oxygen-sensitive materials, integrated with a thermal evaporator for thin-film deposition.
A precision coating system used for depositing uniform thin films, commonly employed in photovoltaic and display applications.
A vacuum-based deposition system for evaporating and depositing thin metal or organic films onto substrates.
Used for phase identification and crystallographic analysis of powdered materials through X-ray diffraction
A technique for depositing functional inks and pastes onto substrates, widely used in electronics and photovoltaics.
A laser-based ultrafast spectroscopic technique used to study excited-state dynamics in materials.
Provides a controlled light source to measure the current-voltage characteristics and quantum efficiency of solar cells.
A software suite used for modeling and simulating photovoltaic devices and optoelectronic materials.
A tool used to determine the electrical resistivity of thin films and coatings
A scalable deposition technique for forming thin films in photovoltaics and printed electronics.
A system for studying electrochemical properties of materials, used in battery and sensor research.
A spectroscopic method to analyze the fluorescence decay dynamics of materials.
Maintains a low-humidity environment while enabling uniform thin-film deposition via spin coating.
A vacuum-based technique for depositing thin films through processes like sputtering or evaporation
A system for evaluating the electrical performance, efficiency, and stability of photovoltaic modules.
A high-speed centrifuge with temperature control, used for separating samples based on density.
Analyzes the optical properties of materials across ultraviolet, visible, and near-infrared wavelengths.
A surface cleaning system that removes organic contaminants using ultraviolet light and ozone.
Measures light absorption in materials across the UV and visible spectral range for compositional analysis.
A tool for studying optical emissions from materials, often used in semiconductor and photovoltaic research.
A high-temperature heating system for material synthesis, annealing, and thermal treatments.
Measures the thickness and optical properties of thin films using polarized light.
Identifies molecular structures through infrared absorption spectroscopy.
A microscopy technique that uses fluorescence to visualize and analyze biological and material samples.
A controlled heating system for annealing, drying, and curing applications.
Measures surface roughness and film thickness at a nanometer scale.
Uses ultrasonic waves to disperse and homogenize samples in liquid media.
A high-temperature furnace used for material processing, including calcination and sintering.
A high-intensity sonication device for breaking down particles and dispersing materials.
Measures the acidity or alkalinity of a solution with high precision.
Satapathi Lab 