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Theoretical Physics
01-3-1135-2019/2023
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Elementary Particle Physics
02-2-1123-2015/2022
02-0-1081-2009/2024
02-2-1144-2021/2023
02-2-1099-2010/2023
02-0-1108-2011/2021
02-2-1125-2015/2023
02-1-1106-2011/2022
02-1-1096-2010/2022
02-0-1083-2009/2022
02-0-1085-2009/2022
02-1-1086-2009/2023
02-0-1065-2007/2023
02-0-1127-2016/2023
02-1-1097-2010/2021
02-1-1087-2009/2023
02-0-1066-2007/2023
02-1-1088-2009/2022
02-1-1107-2011/2021
Nuclear Physics
03-0-1129-2017/2021
03-5-1130-2017/2021
03-2-1100-2010/2021
03-4-1128-2017/2022
Condensed Matter Physics
04-4-1142-2021/2025
04-4-1105-2011/2022
04-4-1143-2021/2025
04-4-1133-2018/2023
04-4-1140-2020/2022
04-4-1141-2020/2022
    04-4-1141 - RUS
04-5-1131-2017/2021
04-9-1077-2009/2023
04-9-1112-2013/2022
04-2-1132-2017/2022
04-2-1126-2015/2023
Networking, Computing
05-6-1118-2014/2023
05-6-1119-2014/2023
05-8-1037-2001/2024
Educational Programme
06-0-1139-2019/2023

04-4-1141-2020/2022

 

Priority:

1

 

 

Status:

In-progress


Development of the SOLCRYS Structural Research Laboratory
at the SOLARIS National Synchrotron Radiation Centre

Leader:

N. Kucerka

 

 

Participating Countries and International organizations:

Belarus, Poland, Russia, Slovakia, Ukraine.


Issues addressed and main goals of research:

The development of a new laboratory for structural research of new materials (catalysts, polymers, etc.), nanomaterials (nanoparticles, nanocomposites, etc.), materials under extreme conditions (superconductors, perovskites, etc.) and biomaterials (proteins, DNA, etc.) utilizing synchrotron X-rays.


Expected main results in the current year:

  • Construction of technical infrastructure for the SOLCRYS laboratory.

  • Development of a superconducting wiggler, which will produce synchrotron radiation in the range of 5 to 22 keV, to be used by the end stations of the SOLCRYS beamlines.

  • Design of experimental beamlines.



List of Activities:


 

Activity or experiment

Leaders

 

 

Laboratory or other
Division of JINR

Main researchers

1.

Elaboration and development of
technical infrastructure within a
scope necessary to install and
properly operate the research
equipment of the SOLCRYS
laboratory

Kucerka N.

 

 


2.

Design, purchase and installation of
a superconducting wiggler as a
radiation source in the X-ray range
with an upper photon energy of at
least 20 keV

Kucerka N.

 

 


3.

Design, purchase and installation
of research lines of synchrotron
radiation

Kuklin A.I.
Lukin E.V.

 

 


4.

Design, purchase and installation of
measuring stations for diffraction
studies and studies of scattering at
small angles

Kuklin A.I.
Lukin E.V.

 

 


5.

Design and assembly of control
systems as well as of data
acquisition and storage systems

Kucerka N.
Kuklin A.I.
Lukin E.V.

 

 


Collaboration

Country or International Organization

City

Institute or laboratory

Belarus

Minsk

BSU

Poland

Krakow

SOLARIS

 

Poznan

AMU

Russia

Novosibirsk

BINP SB RAS

Slovakia

Bratislava

CU

Ukraine

Kiev

NUK