mexico-russia nanosatellite for earthquakes precursors monitoring pulinets s. 1, landeros s. 2,...

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Mexico-Russia nanosatellite for earthquakes precursors monitoring Pulinets S. 1 , Landeros S. 2 , Bisiacchi G. 3 , García-Garduño V. 2 , García J.- L. 2 , De la Rosa S. 2 , Brekhov O. 4 , Panasyuk M. 5 , Grigoryan O. 5 , Selivanov 6 , Bergman J. 7 1 Institute of Geophysics, UNAM, Mexico 1 pulse@geofisica.unam.mx 3 Ingeneering Faculty, UNAM, Mexico 3 Techological Center “Aragon”, UNAM, Mexico 4 Moscow Aviation Institute, Russia 5 Skobeltsyn Institute of Nuclear Physics, Moscow State University, Russia 6 RNII KP, Russia, 7 Swedish Institute of Space Physics, Sweden

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Mexico-Russia nanosatellite for earthquakes precursors monitoring

Pulinets S.1, Landeros S.2, Bisiacchi G.3, García-Garduño V.2, García J.-L.2, De la Rosa S.2, Brekhov O.4, Panasyuk M.5, Grigoryan O.5, Selivanov6, Bergman J.7

1Institute of Geophysics, UNAM, Mexico 1 [email protected] Faculty, UNAM, Mexico 3Techological Center “Aragon”, UNAM, Mexico4Moscow Aviation Institute, Russia5Skobeltsyn Institute of Nuclear Physics, Moscow State University, Russia6RNII KP, Russia,7Swedish Institute of Space Physics, Sweden

Nanosatellite platform TNS-1

•Circular platform of 500 mm diameter (aluminium – carbon plastic)

•Side А – solar panels•Side B – payload•Passive and active

orientation•Absence of the moving

components •Passive thermoregulation

Payload structure of the TNS-1

Мagnetometro

ДАТЧИКИ СОЛНЦА

2

SISTEMA DE SUMINISTRO DE ENERGIA

IBIS (SITEMA INTEGRAL DE INFORMACION DE ABORDO)

BLOQUE DEL SISTEMA

Transmisor 1,7 GHz

Baterias

Regulador

Celda solar

PROCESADOR MEMORIA TIMER

1

3

Informacion de comandos-programa

Informacion telemetrica RS - 232

SENSORES DE TELEMETRIA

TV sign.

Camara 2

Camara 1

Instrumentacion GPS MODEM

GLOBALSTAR

SISTEMA DE TELEVISION

SENSOR de horizonte

SISTEMADE ORIENTACION

1,2,3 MAGNETORCAS

SENSOR SOLAR

Comandos

Payload selection

Price Ability to register precursors Accommodation to platform Possibility to use in educational

purposes

March 22, 2005 (Sumatra-2)

Ion density map 22 of March

70 80 90 100 110 120 130 140-10

-5

0

5

10

15

20

40000

50000

60000

70000

80000

90000

100000

110000

120000

130000

140000

150000

160000

170000

180000

190000

200000

IGRF-2005

Coronas

Effects in equatorial anomaly

-40 0 40

10

12

14

16

foF2, M Hz 20.03.1980 14 - 15 h LT

I, degree Fig . 1 b

-148 h; -19

--6 h ; -39

-4h ; -9

-2 .5 h ; +15

-40 0 40

8

10

12

14

16

18

foF2 , M H z

I ,degree Fig. 4

24.05.1980 15,5 - 16.5 h LT

-96 h ; -2 .5-96 h ; +22

-72 h ; +13-66.5 h ; -22

-27,5 h ; -11

-29 h ; -56

-24 h ; +10

Pulinets and Legen’ka, 2002

Wave image of the ionosphere

Energetic particles

Swedish nanosatellite

UNAMSAT-3

Langmuir probe variations of the electron density and temperature

Particle detectors 110 keV - 80 MeV

HF radiospectrometer 0.1 – 15 MHz

GPS receiver

Ground support

Rector of UNAM, Huan Ramón de la Rector of UNAM, Huan Ramón de la Fuente in MoscowFuente in Moscow