PATENTS

  1. Strip device and the method for the determination of the place and response time of the gamma quanta and the application of the device for the Positron Emission Thomography
    P. Moskal
    patent number: P 388 555 [WIPO ST 10/C PL388555] (2009), PCT/PL2010/00062 (2010), WO2011008119, US2012112079, PL388555, JP2012533734, EP2454612.
  2. Matrix device and the method for the determination of the place and response time of the gamma quanta and the application of the device for the Positron Emission Thomography
    P. Moskal
    patent number: P 388 556 [WIPO ST 10/C PL388556] (2009), PCT/PL2010/00061(2010), WO2010PL00061, WO2011008118, US2012175523, PL388556, JP2012533733, EP2454611
  3. A system for acquisition of tomographic measurement data
    G. Korcyl, P. Moskal, M. Kajetanowicz, M. Pałka
    patent number: P 405178, PCT/EP2014/068352
  4. A method and a device for measuring parameters of an analog signal
    M. Pałka, P. Moskal
    patent number: P 405182, PCT/EP2014/068367
  5. A method for determining parameters of a reaction of a gamma quantum within a scintillator of a PET scanner
    P. Moskal
    patent number: P 405187, PCT/EP2014/068378
  6. A hybrid TOF-PET/CT tomograph
    P. Moskal
    patent number: P 405181, PCT/EP2014/068363
  7. A hybrid TOF-PET/MRI tomograph
    P. Moskal
    patent number: P 405184, PCT/EP2014/068373
  8. A method for calibration of TOF-PET detectors using cosmic radiation
    E. Czerwiński, P. Moskal, M. Silarski
    patent number: P 405183, PCT/EP2014/068369
  9. TOF-PET tomograph and a method of imaging using a TOF-PET tomograph, based on a probability of production and lifetime of a positronium
    P. Moskal, I. Moskal, G. Moskal
    patent number: P 405185, PCT/EP2014/068374
  10. A detecting device for determining a position of reaction of gamma quanta and a method for determining a position of reaction of a gamma quanta in positron emission tomography
    P. Moskal, J. Smyrski
    patent number: P 405186, PCT/EP2014/068375
  11. A method and a system for determining parameters of a position of a gamma quantum reaction within a scintillator detector of a PET scanner
    P. Moskal, Ł. Kapłon
    patent number: P 405188, PCT/EP2014/068382
  12. A method and a system for determining parameters of reactions of gamma quanta within scintillation detectors of pet scanners
    P. Moskal
    patent number: P 405179, PCT/EP2014/068355
  13. Device and method for non-invasive detection of hazardous materials in the aquatic environment
    M. Silarski, P. Moskal
    patent number: P 409388, PCT/PL2015/050021
  14. Application of 2-(4-styrylphenyl)benzoxazole and plastic scintillator
    A. Wieczorek, A. Danel, T. Uchacz, P. Moskal
    patent number: P 409387, PCT/PL2015/050022
  15. Wkład tomograficzny TOF-PET
    B. Głowacz, P. Moskal, M. Zieliński
    Patent przyznany w dniu 13.09.2017 przez Polski Urząd Patentowy
    patent number: P 413150
  16. Hybrid TOF-PET/MRI tranceiver coil
    B. Głowacz, M. Zieliński, P. Moskal
    patent number: PCT/PL2015/050035
  17. Multi-tracer morphometric image reconstruction method and system using fast analytical algorithm for calculating time and position of positron-electron annihilation into three gamma quanta
    A. Gajos, E. Czerwiński, D. Kamińska, P. Moskal
    patent number: PCT/PL2015/050038
  18. Mobile TOF-PET insert
    B. Głowacz, P. Moskal, M. Zieliński
    patent number: PCT/26887/16/MKR