1. University network partnership for development of midget quantum scalar Overhauser space magnetometer
Sapunov V.  Head of QMLab, UrFU, R&D Overhauser sensors,
Kortov S. Vice-Rector for Innovations of UrFU
Terlyga N. Chief manager of innovative marketing of UrFU
Narhov E. Post graduate student of QMLab, UrFU
Denisov A. Senior mathematic researcher of QMLab, UrFU
Savelyev D. Senior researcher of QMLab, UrFU

2. Overhauser proton magnetometer. Background
Precise Total field measurements based on NMR
Absolute accuracy up to % without temperature and many other effects due to quantum proton precession. Omnidirectional measurements DC
R+Liquid
polarization HF

3. Overhauser proton magnetometer. Design & Properties
Circuitry
Diagram
Note: Method, Radical, Property, Maker
Packard-Varian method
Precession is stimulated by DF polarization very rapid switch off.
BP  100  300 Эрстед
Overhauser proton magnetometer HF-DF polarization
Precession by DF polarization very rapid switch off.
Radicals: Diphenyl NO stable (up to 10 year at normal conditions, < 5 year 50°C)
wide superhyperfine ESR of easy saturated, QMLab for observatories and geological survey, marine, borehole
BP  3  50 Oe Beff  500  5000 Oe
Polarization in geomagnetic field. Synchronous polarization
Precession by short DF impulse
Radical: PROXYL, TEMPO Stable (3-5 year n.c.) hyperfine ESR lines,
GEM System for observatories and geological survey
BP = 0.2  1.5 Oe Beff  200  1500 Oe
Continuous precession signal by feedback. Salvi - Glenat design
Radical: deuterated TEMPO (up to 3 year) , supernarrow hyperfine ESR lines,
LETI - France; Marine magnetic - Canada for special marine or space magnetometers
Low gradient tolerance
BP  0.15  1 Oe Beff  3001500 Oe DC
Liquid
polarization
R+Liquid HF
impulse II Mz Mx
Signal I

4. Overhauser proton magnetometers space mission example:
CHAMP, OERSTAD

5. LETI Overhauser proton magnetometer
Range nT
Resolution
10 pT
Noise level
< 50 pT (rms)
-3 dB bandwidth
0.28 Hz
Sample rate
1 Hz
Absolute accuracy
< 0.5 nT
Sensor weight
1 kg
Electronics weight
2 kg
Power consumption
4.5 W
Sensor dimensions
Ø 90x180 mm
Electronics box dimensions
200x135x76 mm3

6. POS-1 Overhauser proton magnetometer (INTERMAGNET)
Quantum Magnetometry Laboratory
certified production
POS-1 Overhauser proton magnetometer (INTERMAGNET)
Range nT
Resolution
1 pT
Noise for single and cyclic measurements
< pT (rms)
Sample rate
3 - 1 Sec or single
Absolute accuracy
< 0.5 nT
Sensor weight
0.5 kg
Electronics weight
Power consumption
3.0 W max
Sensor dimensions
Ø 70 x 120 mm
Electronics box dimensions
160 x 90 x 45 mm3

7. University network partnership for development NEW OVH CubeSat
Internal Changes
University network partnership for development NEW OVH CubeSat
Excellence centres
The student community as a driver of change
Restricting bureaucratization
Involvement of trustees
Management focused on personal efficiency and achievements
New quality of academic staff
Integrity of the reforms