good practical experience and obstacles for cross-border

Magnetic Sensor Laboratory

2012

Good practical experience and obstacles for cross-border cooperation

on the example of Ukraine-EU cooperation in the area of creating new energy sources –

fusion power engineering

Contact information:tel/fax: +38

(032)

261 34 82e-mail: [email protected]

Inessa Bolshakova, DSc, Prof.

mailto:[email protected]

MSL

BILAT-UKR Final ConferenceKyiv, 31.01-01.02.2012

Lviv is an ancient city,which history counts more than 750 years.

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Lviv Polytechnic National University is 167 years old

Main building

Marie Kurie –

honoris causa

of the university,

lectured here in 1912

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Scientific contacts of the Magnetic Sensor Laboratory of Lviv Polytechnic National University

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BILAT-UKR Final ConferenceKyiv, 31.01-01.02.2012 5

Problems in magnetic diagnostics of

fusion reactors

Our Proposal:

to supplement the existing system of fusion reactors diagnostics with radiation-resistant semiconductor sensors

•

Insufficient measuring accuracy

•

Radiation-induced parasitic effects (RIC, RIEMF).

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Radiation-resistant semiconductor

materials

Magnetic field sensors

Magnetic measuring devices

Innovative developments in the field of creating radiation- resistant semiconductor sensors and electronic devices

Major Areas of Developments

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#320

#3988

#1438

RUS-02(J)

1014

1015

1016

1018

1019

Flue

nce,

F (n

·cm

-2)

1996 1997 1988 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010

1017

#3535ITER-relevant radiation environment

Years

F=1014

n·cm-2

F=1015

n·cm-2

F=1017

n·cm-2

F=1019

n·cm-2

P-230

P-113

Our way of investigating radiation resistance of the sensors

CERN LHC-relevant radiation environment

F=1018

n·cm-2

MSL


Collaborators of STCU projects #320, #1438, #RUS-02, # 3535, #3988

Jerome Pamela

Michel Chatelier

Jan Stockel

Vincenzo Coccorese

George VayakisITER International Team

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Radiation Resistance of Magnetic Field Sensors

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JET

Tore Supra

ITER DEMO

JET & Tore Supra – operating European reactors

ITER & DEMO – future international reactors

Sensor electronics for magnetic diagnostics of new generation thermonuclear energy facilities

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#34085

Experiment results

Application for magnetic diagnostics in Tore Supra reactor (France)

Instrumentation installation


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Magnetic field measuring in Joint European Torus (UK)

Experiment results

JET cross-section

Magnetic field measurement

results

at JET

in experiment #

64416


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All

the Hall sensors and measurement channels demonstrated their functionality as expected. A very good match was obtained between the measurement of magnetic field with Hall sensors and that expected from 2D and

3D modelling.

The successful testing in JET of the Hall sensors developed at MSL indicates that this concept is promising in view of possible applications for ITER magnetic diagnostics.

JET conclusion about the results of magnetic measuring instrumentation operation during the deuterium experiment in 2009


MSL


Bolshakova I., Holyaka R.UK Patent

GB2427700 Method for measuring quasi- stationary magnetic fieldPriorities: [UA

200506331 29 Jun

2006] / GB0518433.8

Bolshakova I., Holyaka R.France Patent FR 2

887 991.Procede de mesure du champ magnetique quasi-statiquePriorite: [UA200506331 29 Jun 2006] Bulletin 07/01.

National patents:№ 72824, № 72825, № 72826, № 72831, № 72832, № 73816, №74628, № 76132, № 82496

Novelty of the developments is secured with national and international patents

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ITER Plans for MSL Hall Sensors’ Application up to 2016

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Problem

Risks for ITER:

Using the Ukrainian developers –since Ukraine is not a EU member state

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Possible / Impossible ways of solving the Problem

AGREEMENT FOR COOPERATIONbetween the European Atomic Energy Community and the Cabinet of Ministers of Ukraine in the field of controlled nuclear fusionSigned 23 Jul 1999 Ratified 07 Mar 2002

1.

Ukraine → into the European Union: effective but slow

2.

Ukraine → into ITER Project: fast but expensive

3.

Ukraine-Euratom Association

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2008: Participants of the Meeting Euratom-Ukrainein the field of Controlled Nuclear Fusion

How John

(ITER, France), Weyssow

Boris

(EFDA, Germany), Garkusha

Igor

(NSC

KIPT, Ukraine), Perez Sainz

Angel

(EC, Brussels), Zurita

Alejandro

(EC, Brussels), Paton Borys

Yevhenovych

(NASU Chairman, Ukraine), Zagorodny

Anatoly

(NASU, Ukraine), Tereshin

Vladimir

(NSC

KIPT, Ukraine), Azarenkov

Nikolay

(KNU, Ukraine), Bolshakova

Inessa

(LPNU, Ukraine), Horbach

Oksana

(LPNU, Ukraine), Zhulia

Viktoriya

(MFA, Ukraine), Yushchenko

Konstantin

(NASU, Ukraine), Kolesnichenko

Yaroslav

(NASU, Ukraine).

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Thank you for attention!

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good practical experience and obstacles for cross-border

Documents