RNDr. Anna Macková, PhD.

Born:

9.7. 1973, Most, Czech Republic

 

Education and specialization:

1991-1996: Faculty of Mathematics and Physics, Charles University 1996,
Specialization - Nuclear models, Microscopic description of the atomic nuclei

PhD. September 2000, RNDr. January 2000,
Thesis: Microscopic description of the collective degrees of freedom of atomic nuclei

Work experiences:

1996-1999: Institute of Particle and Nuclear Physics, Prague
Experience: Microscopic description of atomic nuclei

1999 -  Research scientist, Neutron Physics Department of Nuclear Physics Institute of Academy of Sciences of Czech Republic, Rez near Prague
Experience: High-energy ion beam analysis of solid surface, material research (Rutherford Backscattering Spectroscopy, Elastic Recoil Analysis, RBS-channeling, polymer modification study).

2001 -  Research assistant, University of J.E. Purkyne in Usti nad Labem
Experience: Plasma deposited thin oxide films - study of composition and structure, complementary study of prepared samples by RBS and AFM (Atomic Force Microscopy)
Provided lectures - Introduction in Atomic and Nuclear Physics, Practical of the Atomic and Nuclear Physics, Application of Atomic and Nuclear Physics, Atomic and Nuclear Physics seminar, Introduction into theory of measurement and statistics

2002 -  Institute of Particle and Nuclear Physics, Prague
Invited lectures in the frame of the course Application of Nuclear Physics - Nuclear Analytical methods

2002 - 4 months stay in Forschungzentrum Rossendorf - The measurement of the crystalline optical materials. The project was focused on the research and the development of the new deposition technologies for the waveguiding structures designed for the planar laser waveguides, amplifiers and converters.

2003 - 1 months stay at Fridrich Schiller University in Jena, Institute for Solid State Physics - study of software based on MC simulations for evaluation of depth profiles defects from RBS-channeling spectra since

2004 - annual experiments in Helmholtz Zentrum Dresden-Rossendorf including Heavy Ion ERDA measurement, RBS-channeling measurement and XRD analysis of doped crystalline samples in the frame of SPIRIT, Integrated Infrastructure Initiative (I3) funded by the European Commission.

2005 - expert mission of IAEA, University of Helsinki

The co-author of the monography - "Handbook of Spectroscopy", Wiley-VCH Verlag GmbH & Co., KGaA, Weinheim, 2003, Editors: G. Gauglitz, T. Vo-Dinh

IAEA contract number 12702, Radiation modified synthetic polymers for applications in medicine
COST project number 527.100, Analysis of plasma polymer films by nuclear analytical methods

Awards:

2003 - The award of Josef Hlávka foundation for the young excellent research scientists

2007 - The award of Otto Wichterle for the outstanding young scientist

2009 -  Award of the rector J. E. Purkinje University for scientific achievements

Research activities:

  1. The main activity is a nuclear physics application in synthesis, modification and analysis of new progressive materials. High energy ion beams are used for the modification and the analysis of materials using ion implantation, the ion irradiation of materials, study of radiation defects in materials and study of the energy losses in various materials.
  2. Nowadays we are focused on the installation of novel analytical methods using ion beams (RBS-channeling, ERDA-TOF) in our laboratory equipped by the new Tandetron accelerator.
  3. New materials and structures are developed in collaboration with Czech and abroad workplaces using various deposition techniques (ion implantation, plasma deposition and modification, chemical deposition, magnetron sputtering etc.). Characterization of materials is provided using nuclear analytical methods RBS (Rutherford Back-Scattering spectrometry), ERDA (Elastic Recoil Detection Analysis) and PIXE (Particle Induced X-ray Emission spectroscopy). New materials and structures should be prospective in optics, optoelectronics, microelectronics, nano-application etc.
  4. Study of doped single crystal materials is provided in collaboration with the Forschungzentrum Dresden-Rossendorf to get information about the position of optical active ions of rare earths in crystalline lattice. Lithium niobate and lithium tantalate are doped by rare earth ions and studied as promising laser waveguide materials using RBS-channeling, XRD, Raman spectroscopy and photoluminiscent methods.
  5. Study of diffusion processes, processes induced by ion irradiation in polymers, and glasses, characterization of implanted depth profiles, compositional changes in implanted structure after ion implantation using RBS and ERDA methods. Materials are designed to get the desired magnetic, electric or biocompatible properties.
  6. Experience in deposition of new materials and structures – deposition by magnetron sputtering, ion beam modification, plasma modification.

 

The education activities

1996-1999 - Exercise of Nuclear Physics, Institute of Particle and Nuclear Physics, Faculty of Mathematics and Physics, Charles University, Prague

Since 2001 - Faculty of Sciences, Department of Physics, University of J.E. Purkyně, Ústí nad Labem

The provided lectures

  • Introduction into the Atomic and Nuclear Physics
  • Practical of the Atomic and Nuclear Physics
  • Application of the Atomic and Nuclear Physics
    Introduction into theory of measurement and statistics

2002-2004 - Institute of Particle and Nuclear Physics, Charles University, Prague

Invited lectures in the frame of the course Application of Nuclear Physics – Nuclear Analytical methods

Supervised master thesis:

  • M. Jandus - The study of progressive materials using ion beams analytical methods - Rutherford Backscattering Spectrometry (RBS) and Elastic Recoil Detection Analysis (ERDA)
  • J. Bočan - The Development of Time-of-Flight Telescope for Elastic Recoil Detection Analysis
  • P. Malinský - The study of processes in metal/polymer structures modified by plasma discharge using nuclear analytical method
  • R. Mikšová - Study of ions energy loss in some type of materials

 

Cooperation:

Academy of Sciences of the Czech Republic: Institute of Physics, Institute of Scientific Instruments, Institute of Radio Engineering & Electronics, Inst. of Physics of Materials,
Masaryk University Brno: Faculty of Science,
Technical University Brno: Faculty of Mechanical Engineering
Charles University Prague: Faculty of Mathematics and Physics,
Czech Technical University Prague: Faculty of Electrical Engineering and Faculty of Mechanical Engineering,
University of Chemical Technology Prague,
South Bohemian University, Ceske Budejovice
University of Pardubice: Faculty of Chemical Technology,
University of Helsinki, Accelerator Laboratory, VTT Technical Research Center of Finland,
Forschungzentrum Rossendorf, Institute of Ion Beam Physics and Material Research,
Fachhochshule Deggendorf, University of Regensburg, Technical University München

Other skills:

Languages - English, German and Russian

 

Publication activity:

117 publications in impacted journals about 345 citations (source SCOPUS).

Recent publications:

  1. B. SVECOVA, P. NEKVINDOVA, A. MACKOVA, P. MALINSKY, A. KOLITSCH, V. MACHOVIC, S. STARA, M. MIKA, J. SPIRKOVA, Study of Cu+, Ag+ and Au+ ion implantation into silicate glasses, Journal of Non-Crystalline Solids, 356 (2010) 2468-2472.
  2. A. MACKOVA, P. MALINSKY, B. SVECOVA, P. NEKVINDOVA, R. GROETZSCHEL, Study of Er+ ion-implanted lithium niobate structure after an annealing procedure by RBS and RBS/channelling, Nuclear Instruments and Methods in Physics Research B,vol. 268 (2010) 2047-2050.
  3. V. N. POPOK, J. JENSEN, S. VUCKOVIC, A. MACKOVÁ, C. TRAUTMANN, Formation of surface nanostructures on rutile (TiO2): comparative study of low-energy cluster ion and high-energy monoatomic ion impact, J. Phys. D 42 (2009) 205303/1-205303/6.
  4. A. MACKOVÁ, J. BOČAN, R. KHAIBULLINE,V. F. VALEEV, P. SLEPIČKA, P. SAJDL, V. ŠVORČÍK, Characterisation of Ni+ implanted PEEK, PET and PI. Nucl. Instrum. B. 267 (2009) 1549-1552.
  5. MACKOVA A., V. ŠVORČÍK , P. SAJDL, Z. STRÝHAL, J. PAVLÍK , P. MALINSKÝ , M. ŠLOUF, RBS, XPS and TEM study of metal and polymer interface modified by plasma treatment, Vacuum 82 (2007)
  6.  ZAJICKOVA, L., BURSIKOVA, V., KUCEROVA, Z., FRANTA, D., DVORAK, P., SMID, R., PERINA, V., MACKOVA, A, Deposition of protective coatings in rf organosilicon discharges, Plasma Sources Science & Technology 16 (1): S123-S132 Sp. Iss. SI, 2007307-310.
  7. MACKOVA, A., SALAVCOVÁ, L., ŠPIRKOVÁ, J., GROETZSCHEL R., EICHHORN F.,
    RBS-channeling, ERDA and XRD study of lithium tantalate modified by annealed proton exchange (APE), Nuclear Instruments and Methods in Physical Research. B. 249, 1-2 (2006) 339-342.
  8. MACKOVA A, SVORCIK V, STRYHAL Z, ET AL., RBS and AFM study of Ag and Au diffusion into PET foils influenced by plasma treatment, Surface And Interface ANALYSIS 38 (4) (2006) 335-338.
  9. YAMADA T, PETZELT J, TAGANTSEV AK, DENISOV S., NOUJNI D., PETROV P. K., MACKOVA A., Et al., In-plane and out-of-plane ferroelectric instabilities in epitaxial SrTiO3 films, Physical Review Letters 96 (15): Art. No. 157602 2006
  10. SUPIOT P, VIVIEN C, GRANIER A, BOUSQUET A, MACKOVA A, ESCAICH D, CLERGEREAUX R, RAYNAUD P, STRYHAL Z, PAVLIK J, Growth and modification of organosilicon films in PECVD and remote afterglow reactors, Plasma Processes and Polymers 3 (2) (2006) 100-109.
  11. MACKOVA A, SPIRKOVA J, NEKVINDOVA P, SALAVCOVA L, GROETZSCHEL R, EICHHORN F, Comparison of crystal lattice changes caused by APE treatment of Er : LiNbO3 and by localised Er doping into LiNbO3 obtained by RBS-channeling and XRD analysis, Nuclear Instruments & Methods In Physics Research Section B-Beam Interactions with Materials and Atoms, 240 (2005) 391-394.
  12. MACKOVA A, HAVRANEK V, SVORCIK V, DJOURELOV A, SUZUKI T., Degradation of PET, PEEK and PI induced by irradiation with 150 keV Ar+ and 1.76 MeV He+ ions, Nuclear Instruments & Methods In Physics Research Section B-Beam Interactions with Materials and Atoms 240 (1-2): (2005) 245-249.
  13. A. MACKOVA, S. A. MORTON, C. G. H. WALKER, K. VOLKA, Surface Analysis Techniques in : Handbook of Spectroscopy, Wiley-VCH Verlag GmbH & Co., Weinheim, Germany, 2003, Editors: G. Gauglitz, T. Vo-Dinh., s. 497-594.