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Leads
Study of a Power Supply (Solid Stat
Study of Second Order Networks
D.C. Speed Control System
Study of Dielectric Constant
Compensation Design
Planck's Constant Experiment
Magnetic Hysteresis Loop Tracer
Thermoluminescence of F-centers
Magnetoresistance Set-up
Study of Temperature Transducers
Digital D.C. Microvoltmeter
Ionisation Potential Setup
Digital Microscope
Electron SpinResonance Spectrometer
IC Regulated Power Supply
Travelling Microscope
Study of P-N Junctions
Four Probe Set-Up (Research Model)
High Voltage Power Supply
Gouy's Method
Study of an Integrated Circuit Regu
Four Probe Experiment
Physics Laboratory Experiments
Hall Effect in Metals
Four Probe Experiment
e/m Experiment
Digital Control System
Quinck's Tube Method
Digital Picoammeter
Digital Gaussmeter
Digital Gaussmeter
Digital Nanoammeter
Basic Operational Amplifier
Study of Modulation and Demodulaion
Study of 741 Applications
Semiconductor Diodes Characteristic
Study of a Solid State Power Supply
Astable & Monostable Multivibrator
Study of Planck's Constant
Magnetic Field Measurement Appt.
Electromagnet & Power Supply
Hall Coefficient on Temperature
Frank Hertz Experiment
PID Controlled Oven
Hall Effect Experiment
Travelling Microscope
Lead Description:
Description
We offer a classroom experimental setup of ESR (Electron Spin Resonance). In this method, use is made of the Zeeman interaction of the magnetic dipoles associated with the nucleus or the electron, when placed in an external magnetic field. Accordingly, they are identified as NMR (Nuclear Magnetic Resonance) or ESR (Electron Spin Resonance). This form of spectroscopy finds many applications in many diverse branches of Physics, Chemistry and Biology. This set-up is designed, keeping in mind the basic objectives of a classroom experiment. The observation of ESR in low magnetic field and in a radio frequency makes this apparatus very simple, inexpensive and within reach of every Post Graduate laboratory. The Electron Spin Resonance experiment comes complete along with following accessories: (i) Helmholtz coils with an attachment for the ESR-HC (ii) ESR Sample: DPPH (iii) R.F. Oscillator (10MHz to 19MHz)
We offer a classroom experimental setup of ESR (Electron Spin Resonance). In this method, use is made of the Zeeman interaction of the magnetic dipoles associated with the nucleus or the electron, when placed in an external magnetic field. Accordingly, they are identified as NMR (Nuclear Magnetic Resonance) or ESR (Electron Spin Resonance). This form of spectroscopy finds many applications in many diverse branches of Physics, Chemistry and Biology. This set-up is designed, keeping in mind the basic objectives of a classroom experiment. The observation of ESR in low magnetic field and in a radio frequency makes this apparatus very simple, inexpensive and within reach of every Post Graduate laboratory. The Electron Spin Resonance experiment comes complete along with following accessories: (i) Helmholtz coils with an attachment for the ESR-HC (ii) ESR Sample: DPPH (iii) R.F. Oscillator (10MHz to 19MHz)
Lead Name :
Electron SpinResonance Spectrometer
Model/Article No :
ESR_sesinstrumentspvtltd
Category :
Scientific Equipments and Scientific Instruments
Price :
INR
0.00
Related Searches :
electron spin resonance ,
nmr ,
esr ,
magnetic dipoles ,
zeeman interaction ,
dpph ,
laboratory scientific instrument ,
technical teaching equipment ,
technical training instrument ,
engineering equipment ,
Packing :
Per Peice
Manufacturer :
SES Instruments Pvt. Ltd.
SES Instruments Pvt. Ltd.
Contact Details
Address
452 Adarsh Nagar
City :
ROORKEE
Country :
India
Postal Code :
247667
Phone
911332272852
Mobile
919837062750

