Speaker
Dr
Alexey Bragin
(Budker Institute of Nuclear Physics)
Description
This project is related to new spectroscopy method in little-developed THz
range. The method is founded on using of a free electron laser with high
spectral power radiation which can be smoothly tuned in desirable range of
spectrum. The objects of research of this method are fast processes in
physics, chemical and biological reactions. Uniform magnetic field of 6 T
value in the research area can considerably increase possibilities of this
method. The magnetic field will modulate radiation of free molecules
induction on characteristic frequencies of the Zeeman splitting that gives
more possibilities of identification of molecules having even weak magnetic
momentum. Moreover, the use of magnetic field allows essentially increase
sensitivity of this method due to almost complete separation of the weak
measuring signals from powerful radiation of the laser. A superconducting
solenoid was developed for this method. Its design and peculiarities are
described in this presentation.
Primary authors
Dr
Alexey Bragin
(Budker Institute of Nuclear Physics)
Dr
Nikolay Mezentsev
(Budker Institute of Nuclear Physics)
Dr
Vitaly Kubarev
(BINP)
Co-authors
Mr
Gennady Sozinov
(Budker Institute of Nuclear Physics)
Dr
Sergey Khrushchev
(BINP)
Mr
Valeriy Tsukanov
(BINP)
Dr
Vitaliy Shkaruba
(BINP)
