Contacts:
Institute of Applied Physics
5 Academiei str.
Chisinau, MD-2028
MOLDOVA (Rep. of)
phone: +(373) 22 738150
fax: +(373) 22 738149
email: [javascript protected email address]
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Laboratory of Physical Methods of Solid
State Investigation ″Tadeusz Malinowski ″
Laboratory of Physical Methods of Solid State Investigation was founded in 1957 and is named after a famous physicist Tadeusz Malinowski.
Research area:
- X-ray single crystal and powder diffraction structural study of the crystalline materials originated from organic, metal-organic, and inorganic compounds, including semiconductors, superconductors, semimetals, materials with NLO, luminescence, thermoelectric, and photocatalytic properties, galvanic coatings, bentonite adsorbents, metals and alloys; studies of fundamental peculiarities of those structures and investigation of their electronic properties by quantum chemical and molecular dynamics calculations;
- Development of the crystal engineering principles for design of coordination polymers, porous materials, nanosized polynuclear systems, cluster based polymers, new magnetic materials, multi-component pharmaceutical compounds and their structural investigation;
- Crystallography of supramolecular compounds and the study of non-bonded interactions;
- Study of structures of biologically active compounds and structure- properties relationship for psychotropic, antiviral, antimicrobic, antimycotic, antitumor active pharmaceutical ingredients.
Head of laboratory:
assoc. prof., Ph.D. Victor Kravtsov
cab. 108
phone : + (373) 22 725887 fax : + (373) 22 738149 email : [javascript protected email address]
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The laboratory possesses a range of performant/unique equipment and facilities, some of which are also available to non-IFA researchers. E.g:
Ongoing projects
Past projects
Local projects:
- CSSDT/ANCD/MECC 15.817.02.06F (2015 - 2019) Multifunctional oxychalcogenide and metaloorganic materials with advanced magnetic, absorptive and luminescent characteristics: synthesis, experimental study, modeling and applications, head - Leonid Kulyuk, acad. ASM
- ANCD 20.80009.5007.15 (2020 - 2023) Implementation of crystal engineering approach and X-ray crystallography for design and creation of hybrid organic/inorganic materials with advanced physical and biologically active functions, head - Victor Kravtsov, Ph.D., assoc. prof.
- CSSDT 14.518.02.04A (2014 - 2015) Crystal engineering approach for fabrication of metal-organic materials with cooperative properties, head - Victor Kravtsov, Ph.D.
- CSSDT 16.00353.50.05A (2016 - 2017) Crystal engineering approach for design and tuning the architecture of functional metal-organic materials, head - Ph.D. Victor Kravtsov
- CSSDT 15.819.02.03F (2015 - 2016) Design and fabrication of coordination compounds based on 3d metals and
polydentate ligands with different donor atom sets, head - Lilia Croitor, Ph.D.
- CSSDT 16.80012.02.05F (2017 - 2018) Design, preparation and study of metal-organic mixed-ligand materials with useful properties based on transition metals and polydentate ligands, head - Lilia Croitor, Ph.D.
Bilateral projects:
- CSSDT 14.820.18.04.05/U (2014 - 2015) Synthesis, properties, molecular and crystal structure of benzodiazepine and fibrinogen receptor ligands, head - Victor Kravtsov, Ph.D.
- CSSDT 15.820.16.02.01/It (2015 - 2016) Investigation of new multifunctional acentric metal - organic materials for opto-electronic applications, head - Marina Fonari, Ph.D.
- CSSDT/ANCD 16.80013.5007.04/Ro (2016 - 2018) New non-toxic aromatic carboxylate derivatives with role in plant growth regulation: from synthesis and structural investigations to biological tests (CAREPLANT), head - Ph.D. Pavlina Bourosh
- CSSDT/ANCD 17.80013.8007.07Ua (2017 - 2018) Synthesis, properties, molecular and crystal structure of benzodiazepine and fibrinogen receptor ligands (SARBEFIR), head - Victor Kravtsov, Ph.D.
- CSSDT/ANCD 18.80013.16.03.03/It (2018 - 2019) New Hybrid Inorganic/Organic Materials Based on Optoelectronically Active Triimidazole Ligand, head - Marina Fonari, Ph.D.
International projects:
- SCOPES IZ73Z0_152404 MT1 (2014 - 2017) Synthesis, Experimental and Theoretical Study of Bistable Magnetic Materials Based on 3d and 3d-4f Exchange Coupled Clusters: Prospects for Practical Applications, head - Svetlana Baca, Ph.D.
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