Sl.No.
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Instruments
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make Model
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Major Specifications/ Accessories available
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Type of measurement/analysis available
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Current Status
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Lab Contact Details
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| 1 | Mass Spectrometry |
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ZETA potential
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Malvern
nano ZS90
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ZETA potential
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Particle analyzers are used to determine the size and distribution of particles making up a material. The magnitude of the zeta potential gives an indication of the potential stability of the colloidal system.
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Working
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Technical Staff : Mrs. Dhanashri Vadingekar
Contact No : 0231-2609170
Email Id : dhanashrivadingekar1994@gmail.com
Technical Staff : Ms. Satyashila Ghongade
Contact No : 0231 2609170
Email Id : ghongadesatya@gmail.com
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Particle Size Analyzer with ZETA potential
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Malvern
nano ZS90
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Particle Size Analyzer with ZETA potential
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Particle analyzers are used to determine the size and distribution of particles making up a material. The magnitude of the zeta potential gives an indication of the potential stability of the colloidal system.
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Working
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Technical Staff : Mrs. Dhanashri Vadingekar
Contact No : 0231-2609170
Email Id : dhanashrivadingekar1994@gmail.com
Technical Staff : Ms. Satyashila Ghongade
Contact No : 0231 2609170
Email Id : ghongadesatya@gmail.com
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GC-Mass Spectrometer
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Shimadzu
QP 2010
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GC-Mass Spectrometer
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GC/MS can measure the amount of every chemical present in a given sample
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Working
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Technical Staff : Mrs. Dhanashri Vadingekar
Contact No : 0231-2609170
Email Id : dhanashrivadingekar1994@gmail.com
Technical Staff : Mr. Ajit Kamble
Contact No : 0231-2609170
Email Id : apk.stuti@gmail.com
Technical Staff : Ms. Satyashila Ghongade
Contact No : 0231 2609170
Email Id : ghongadesatya@gmail.com
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GC-Mass Spectrometer
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Shimadzu
TQ 2010 plus with HS 20
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Gas Chromatography- Mass Spectroscopy (GC-MS-MS)
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Gas chromatography/Mass spectrometry (GC/MS) GC/MS is a commonly used platform for measuring oxidized amino acids. As separation in GC occurs in an oven at high temperatures, analytes need to be volatile and thermally stable and it is therefore necessary to derivatize samples prior to analysis.
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Working
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Technical Staff : Mrs. Dhanashri Vadingekar
Contact No : 0231-2609170
Email Id : dhanashrivadingekar1994@gmail.com
Technical Staff : Mr. Ajit Kamble
Contact No : 0231-2609170
Email Id : apk.stuti@gmail.com
Technical Staff : Ms. Satyashila Ghongade
Contact No : 0231 2609170
Email Id : ghongadesatya@gmail.com
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| 2 | Microscopy |
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Bio-Atomic Force Microscopy
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Parks systems
NX10
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Bio-Atomic Force Microscopy
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Image result for Bio-Atomic Force Microscopy
Atomic force microscopy (AFM) is a powerful technique that enables the imaging of almost any type of surface, including polymers, ceramics, composites, glass and biological samples. AFM is used to measure and localize many different forces, including adhesion strength, magnetic forces and mechanical properties.
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Working
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Technical Staff : Ms. Suman Sawant
Contact No : 0231 2609170
Email Id : sumansawant111@gmail.com
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Transmission Electron Microscope
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JOEL
JEM-2100 Plus
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Transmission Electron Microscopy (TEM)
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It is a technique that uses an electron beam to image a nanoparticle sample, providing much higher resolution than is possible with light-based imaging techniques. TEM is the preferred method to directly measure nanoparticle size, grain size, size distribution, and morphology.
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Working
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Technical Staff : Mr. Sunny Gurav
Contact No : 02312609170
Email Id : sunnyg1245@gmail.com
Technical Staff : Ms. Suman Sawant
Contact No : 0231 2609170
Email Id : sumansawant111@gmail.com
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| 3 | Optical Spectroscopy/Other Optical Methods |
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Micro Raman
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Renishaw
INVIA0120-02
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Micro Raman (Renishaw INVIA0120-02)
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It is a spectroscopic technique used to detect vibrational, rotational, and other states in a molecular system, capable of probing the chemical composition of materials
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Working
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Technical Staff : Mrs. Dhanashri Vadingekar
Contact No : 0231-2609170
Email Id : dhanashrivadingekar1994@gmail.com
Technical Staff : Ms. Pradnya Raje
Contact No : 0231 2609170
Email Id : pradnyaraje9694@gmail.com
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ICP-OES
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Aligent technology
ICP-OES 5100
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Inductively coupled plasma - optical emission spectrometry
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it can measures the amount of emitted light at each wavelength and uses this information to calculate the concentration of lead in the sample
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Working
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Technical Staff : Ms. Pradnya Raje
Contact No : 0231 2609170
Email Id : pradnyaraje9694@gmail.com
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FT-IR Spectrometer
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Bruker, Germany.
ALPHA
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Fourier-transform infrared spectroscopy
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The identification of unknown materials and confirmation of production materials
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Working
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Technical Staff : Mrs. Dhanashri Vadingekar
Contact No : 0231-2609170
Email Id : dhanashrivadingekar1994@gmail.com
Technical Staff : Mr. Ajit Kamble
Contact No : 0231-2609170
Email Id : apk.stuti@gmail.com
Technical Staff : Ms. Pradnya Raje
Contact No : 0231 2609170
Email Id : pradnyaraje9694@gmail.com
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| 4 | Other Areas/Facilities |
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Ultra Centrifuge
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Beckman Coulter
Optima XPN 100
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Ultra Centrifuge
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Ultracentrifugation methods are used primarily for the determination of biopolymer molecular weights.
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Technical Staff : Mr. Sunny Gurav
Contact No : 02312609170
Email Id : sunnyg1245@gmail.com
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Vector network Analyzer
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KEYSIGHT TECHNOLOGY
ENA E5063A
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Vector network Analyzer
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IT IS USED TO MEASURE REFLECTION & TRANSMISSION LOSS FOR MATERIALS.
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Working
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Technical Staff : Ms. Satyashila Ghongade
Contact No : 0231 2609170
Email Id : ghongadesatya@gmail.com
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| 5 | Sample Preparation |
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Microwave Digestion System
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Anton Parr
Multiwave Pro
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Microwave Digestion System
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The goal of microwave digesters is to completely break down samples such as metals, pharmaceuticals, plants, soil, or food so they are ready for elemental analysis
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Working
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Technical Staff : Ms. Pradnya Raje
Contact No : 0231 2609170
Email Id : pradnyaraje9694@gmail.com
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| 6 | Thermal Analysis System |
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Thermogravimetric Analysis-Differential Thermal analysis-Differential Scanning Calorimetry
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TA instrumentation, USA
SDT Q600
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Thermogravimetric analysis/Differential thermal analysis/Differential scanning calorimetry.
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It is an analytical technique used to determine a material's thermal stability and its fraction of volatile components by monitoring the weight change that occurs as a sample is heated at a constant rate.
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Working
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Technical Staff : Mrs. Dhanashri Vadingekar
Contact No : 0231-2609170
Email Id : dhanashrivadingekar1994@gmail.com
Technical Staff : Ms. Satyashila Ghongade
Contact No : 0231 2609170
Email Id : ghongadesatya@gmail.com
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| 7 | X-Ray based Methods |
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X-ray Diffraction
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Bruker, AXS
D8 Advance
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X-ray Diffraction (XRD)
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Graph gives the structural parameter of the material, with <0.01020 accuracy.
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Working
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Technical Staff : Mrs. Dhanashri Vadingekar
Contact No : 0231-2609170
Email Id : dhanashrivadingekar1994@gmail.com
Technical Staff : Ms. Gayatri Chodankar
Contact No : 0231 2609170
Email Id : gayatriramnathc@gmail.com
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X-Ray Photoelectron Spectroscopy
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JOEL
JPS-9030
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X-Ray Photoelectron Spectroscopy
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XPS can be used to analyze the surface chemistry of a material after an applied treatment such as fracturing, cutting or scraping. From non-stick cookware coatings to thin-film electronics and bio-active surfaces, XPS is the standard tool for surface material characterization
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Working
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Technical Staff : Mr. Sunny Gurav
Contact No : 02312609170
Email Id : sunnyg1245@gmail.com
Technical Staff : Ms. Suman Sawant
Contact No : 0231 2609170
Email Id : sumansawant111@gmail.com
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