IEAP - Institute of Experimental and Applied Physics

Staff > Čermák Pavel, Ing., Ph.D.

Čermák Pavel, Ing., Ph.D.

Personal data

Responsible for Grants (1)

05-61419

Modernization and build up of IT infrastructure

MŠMT

1.1.2005-1.1.2008

Articles in Impacted Journals
(19)

Articles in Conference Proceedings
(10)

Thesis
(1)

Other publications
(0)

All
(30)

Text format

Name	Author	Scientific journal	Year
Background capabilities of pixel detectors for double beta decay measurements	Čermák P.; Štekl I.; Bočarov V.; Jakůbek J.; Pospíšil S.; Fiederle M.; Fauler A.; Zuber K.; Loaiza P.; Shitov Y.; Madathiparambil Jose J.	NIM A	2011
Design and performance of the ABCD3TA ASIC for readout of silicon strip detectors in the ATLAS semiconductor tracker	Campabadal F.; Čermák P.; Linhart V.; Pospíšil S.; Štekl I.; et al.	NIM A 552 (2005) 292-328	2005
Development of an ultra-sensitive radon detector for the SuperNEMO experiment	Mamedov F.; Štekl I.; Koníček J.; Smolek K.; Čermák P.	Journal of Instrumentation	2011
Distinguishing between electrons and gamma rays in the experiment TGV using a pulse rise time	Čermák P.; Štekl I.; Beneš P.; Brudanin V.; Vénos D.; et al.	Czech. Journal of Phys. 52: (4) 583-587, 2002	2002
Double Beta Decay of 48Ca in the TGV Experiment	Brudanin V.; Beneš P.; Čermák P.; Štekl I.; et al.	Phys. of Atomic Nuclei, vol. 63, No. 7 (2000) 1218-1221	2000
Experimental Tests of Neutron Shielding for the ATLAS Forward Region	Pospíšil S.; Štekl I.; Čermák P.; Jakůbek J.; Koníček J.; Linhart V.; et al.	Nucl. Instr. Meth. in Phys. Res. A 420 (1999) 249-258	1999
First results for the measurement of double-electron capture of 106Cd in the experiment TGV II	Štekl I.; Beneš P.; Čermák P.; Brudanin V.; Šimkovic F.; et al.	Czech.J. Physics 56 (2006) 505-510	2006
Improved limits on beta- and beta-beta- decays of 48Ca	Brudanin V.; Beneš P.; Čermák P.; Štekl I.; Kovalík A.; et al.	Pisma v JETP, vol. 76, No.9 (2002) 643-644	2002
Measurement of radon activity in air using electrostatic collection to the Timepix detector	Mamedov F.; Čermák P.; Jakůbek J.; Smolek K.; Štekl I.; Vlášek J.	JINST, Volume: 8, Article Number: C03011, DOI: 10.1088/1748-0221/8/03/C03011	2013
Measurement of radon diffusion through shielding foils for the SuperNEMO experiment	Mamedov F.; Čermák P.; Smolek K.; Štekl I.	Journal of Instrumentation	2011
New limits on double beta decay of 106Cd	Rukhadze N.; Čermák P.; Mamedov F.; Štekl I.; et al.	Nuclear Physics A	2011
Present status of the experiment TGV II	Štekl I.; Čermák P.; Beneš P.; Brudanin V.; Šimkovic F.; et al.	Czech.Journal of Phys. 52: (4) 541-545 (2002)	2002
First tests of multipurpose spectrometer	Bočarov V.; Čermák P.; Mamedov F.; Štekl I.	Nuclear Instruments and Methods in Physics Research, Section A, Accelerators, Spectrometers, Detectors and Associated Equipment	2011
Search for double electron capture of Cd-106	Rukhadze N.; Brudanin V.; Beneš P.; Čermák P.; Štekl I.; Kovalík A.; et al.	PHYSICS OF ATOMIC NUCLEI 69 (12): 2117-2123 DEC 2006	2006
Search for the Double Beta Decay of 48Ca in the TGV Experiment	Brudanin V.; Štekl I.; Čermák P.; Kovalík A.; et al.	Phys. Lett. B 495 (1-2) (2000) 63-68	2000
The ATLAS semiconductor tracker end-cap module	Abdesselam A.; Beneš P.; Horažďovský T.; Kohout Z.; Král V.; Linhart V.; Pospíšil S.; Sopko V.; Sopko B.; Solar M.; Čermák P.; et al.	NIM A 575 (2007) 353–389	2007
The low background spectrometer TGV II for double beta decay measurements	Čermák P.; Beneš P.; Štekl I.; Rukhadze N.; Kovalík A.; et al.	NIM A 569 (2006) 737-742	2006
Timepix background studies for double beta decay experiments	Madathiparambil Jose J.; Čermák P.; Štekl I.; Čermák J.; Fiederle M.; Fauler A.; Shitov Y.; Rukhadze E.; Rukhadze N.; Brudanin V.; Zuber K.; Loaiza P.	Journal of Instrumentation	2011
Use of silicon pixel detectors in double electron capture experiments	Čermák P.; Štekl I.; Mamedov F.; Rukhadze E.; Madathiparambil Jose J.; Čermák J.; et al.	Journal of Instrumentation	2011