WOS advanced search query (RED – proceedings): PŘÍMÝ LINK
UT=000291335900014 OR UT=000291134200016 OR UT=000270625900072 OR UT=000250891600047 OR UT=000256455200016 OR UT=000252951400008 OR UT=000244816800014 OR UT=000243538700008 OR UT=000240822800010 OR UT=000225054400009 OR UT=000225054400008 OR UT=000220129600024 OR UT=000182621900055 OR UT=000180149400015 OR UT=000178803500008 OR UT=000178803500005 OR UT=000178803500003 OR UT=000166207500030 OR UT=000079470600063 OR UT=000087442500013 OR UT=000076201200012 OR UT=000071013600044 OR UT=000071013800010 OR UT=A1996UB16500006 OR UT=A1995RR76400007 OR UT=A1995RR06300027 OR UT=A1994NR20100003 OR UT=A1992JA72100003 OR UT=A1992JA72100071 OR UT=A1992JA72100073 OR UT=A1986F051000035 OR UT=A1985AVA2900047 OR UT=A1981MA99200001 OR UT=000268844200002 OR UT=000275655200339 OR UT=000275655200204


BibTeX entries:
@ARTICLE{Peksa:11:Dynamic,
	 author = {Peksa, L. AND Gronych, T. AND Jerab, M. AND Repa, P. AND Vicar, M. AND Krajicek, Z. AND Prazak, D. AND Stanek, F. AND Tesar, J.},
	 title = {Dynamic extension – A new principle for a vacuum primary standard for UHV-range (10−6–10−10 Pa) calibration of hot cathode ionisation gauges},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {85},
	 number = {11},
	 pages = {1047--1051},
	 year = {2011},
	 issn = {0042-207X},
	 doi = {10.1016/j.vacuum.2011.03.019},
	 KFPPid = {1096},
}

@ARTICLE{Peksa:11:Method,
	 author = {Peksa, L. AND Gronych, T. AND Vicar, M. AND Jerab, M. AND Repa, P. AND Tesar, J. AND Prazak, D. AND Krajicek, Z. AND Stanek, F.},
	 title = {Method of measuring the change in volume of a diaphragm bellows used in a volume displacer of a constant-pressure gas flowmeter (with a practical guide)},
	 journal = {Measurement},
	 fulljournal = {Measurement},
	 volume = {44},
	 number = {6},
	 pages = {1143--1152},
	 year = {2011},
	 issn = {0263-2241},
	 doi = {10.1016/j.measurement.2011.03.008},
	 KFPPid = {1095},
}

@ARTICLE{Gronych:09:Changes,
	 author = {Gronych, T. AND Peksa, L. AND Prazak, D. AND Vicar, M. AND Repa, P. AND Krajicek, Z. AND Stanek, F. AND Tesar, J.},
	 title = {Changes in the NPL orifice conductance on a transition from molecular gas flow to transitional flow},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {84},
	 number = {1},
	 pages = {280--282},
	 year = {2009},
	 issn = {0042-207X},
	 doi = {10.1016/j.vacuum.2009.04.009},
	 KFPPid = {936},
}

@ARTICLE{Gronych:08:The,
	 author = {Gronych, T. AND Peksa, L. AND Repa, P. AND Wild, J. AND Tesar, J. AND Prazak, D. AND Krajicek, Z. AND Vicar, M.},
	 title = {The use of diaphragm bellows to construct a constant pressure gas flowmeter for the flow rate range 10^(-7) Pa m^3 s^(-1) to 10^(-1) Pa m^3 s^(-1)},
	 journal = {Metrologia},
	 fulljournal = {METROLOGIA},
	 volume = {45},
	 number = {1},
	 pages = {46--52},
	 year = {2008},
	 issn = {0026-1394},
	 doi = {10.1088/0026-1394/45/1/007},
	 KFPPid = {815},
}

@ARTICLE{Peksa:08:Determination,
	 author = {Peksa, L. AND Gronych, T. AND Repa, P. AND Tesar, J. AND Vicar, M. AND Prazak, D. AND Krajicek, Z. AND Wild, J.},
	 title = {Determination of pumping speed and its impact on the overall uncertainty budget of the CMI orifice flow standard},
	 journal = {Metrologia},
	 fulljournal = {METROLOGIA},
	 volume = {45},
	 number = {3},
	 pages = {368--375},
	 year = {2008},
	 issn = {0026-1394},
	 doi = {10.1088/0026-1394/45/3/015},
	 KFPPid = {851},
}

@ARTICLE{Peksa:08:Spontaneous,
	 author = {Peksa, L. AND Gronych, T. AND Repa, P. AND Wild, J.},
	 title = {Spontaneous oscillations of some gas species concentration in an UHV apparatus},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {82},
	 number = {2},
	 pages = {298--302},
	 year = {2008},
	 issn = {0042-207X},
	 doi = {10.1016/j.vacuum.2007.07.031},
	 KFPPid = {769},
}

@ARTICLE{Tesar:07:Ensuring,
	 author = {Tesar, J. AND Prazak, D. AND Stanek, F. AND Repa, P. AND Peksa, L.},
	 title = {Ensuring primary realization of pressure unit in the vacuum range without typically utilized static expansion system},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {81},
	 number = {6},
	 pages = {785--787},
	 year = {2007},
	 issn = {0042-207X},
	 doi = {10.1016/j.vacuum.2005.11.063},
	 KFPPid = {760},
}

@ARTICLE{Repa:06:Measurement,
	 author = {Repa, P. AND Peksa, L. AND Schneeweiss, O. AND Gronych, T. AND Ulman, R. AND Wild, J.},
	 title = {Measurement of Gas Solutions in Small Samples of Intermetallic Alloys},
	 journal = {Czech. J. Phys.},
	 fulljournal = {CZECHOSLOVAK JOURNAL OF PHYSICS},
	 volume = {56},
	 number = {12},
	 pages = {1389--1399},
	 year = {2006},
	 issn = {0011-4626},
	 doi = {10.1007/s10582-006-0451-5},
	 KFPPid = {679},
}

@ARTICLE{Janu:06:Experimental,
	 author = {Janu, Z. AND Wild, J. AND Repa, P. AND Jelinek, Z. AND Zizek, F. AND Peksa, L. AND Soukup, F. AND Tichy, R.},
	 title = {Experimental setup for precise measurement of losses in high-temperature superconducting transformer},
	 journal = {Cryogenics},
	 fulljournal = {CRYOGENICS},
	 volume = {46},
	 number = {10},
	 pages = {759--761},
	 year = {2006},
	 issn = {0011-2275},
	 doi = {10.1016/j.cryogenics.2006.05.003},
	 KFPPid = {640},
}

@ARTICLE{Tesar:04:The,
	 author = {Tesar, J. AND Repa, P. AND Prazak, D. AND Krajicek, Z. AND Peksa, L.},
	 title = {The new method of traceability of a force-balanced piston gauge used as primary vacuum standard},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {76},
	 number = {4},
	 pages = {491--499},
	 year = {2004},
	 issn = {0042-207X},
	 doi = {10.1016/j.vacuum.2004.04.008},
	 KFPPid = {53},
}

@ARTICLE{Peksa:04:Uncertainty,
	 author = {Peksa, L. AND Repa, P. AND Gronych, T. AND Tesar, J. AND Prazak, D.},
	 title = {Uncertainty analysis of the high vacuum part of the orifice-flow-type pressure standard},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {76},
	 number = {4},
	 pages = {477--489},
	 year = {2004},
	 issn = {0042-207X},
	 doi = {10.1016/j.vacuum.2004.05.009},
	 KFPPid = {52},
}

@ARTICLE{Gronych:04:Measurements,
	 author = {Gronych, T. AND Ulman, R. AND Peksa, L. AND Repa, P.},
	 title = {Measurements of the relative momentum accommodation coefficient for different gases with a viscosity vacuum gauge},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {73},
	 number = {2},
	 pages = {275--279},
	 year = {2004},
	 issn = {0042-207X},
	 doi = {10.1016/j.vacuum.2003.12.017},
	 KFPPid = {95},
}

@ARTICLE{Gronych:03:The,
	 author = {Gronych, T. AND Repa, P. AND Peksa, L. AND Palacky, J.},
	 title = {The dependence of the Becker gauge calibration curve on the gas molecular mass},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {71},
	 number = {1-2},
	 pages = {335--339},
	 year = {2003},
	 issn = {0042-207X},
	 doi = {10.1016/S0042-207X(02)00758-3},
	 KFPPid = {124},
}

@ARTICLE{Repa:02:Analyses,
	 author = {Repa, P. AND Tesar, J. AND Gronych, T. AND Peksa, L. AND Wild, J.},
	 title = {Analyses of gas composition in vacuum systems by mass spectrometry},
	 journal = {J. Mass Spectrom.},
	 fulljournal = {JOURNAL OF MASS SPECTROMETRY},
	 volume = {37},
	 number = {12},
	 pages = {1287--1291},
	 year = {2002},
	 issn = {1076-5174},
	 doi = {10.1002/jms.388},
	 KFPPid = {148},
}

@ARTICLE{Gronych:02:Becker's,
	 author = {Gronych, T. AND Repa, P. AND Peksa, L.},
	 title = {Becker's vacuum gauge operated in the decremental mode},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {67},
	 number = {3-4},
	 pages = {317--320},
	 year = {2002},
	 issn = {0042-207X},
	 doi = {10.1016/S0042-207X(02)00215-4},
	 KFPPid = {156},
}

@ARTICLE{Peksa:02:Measurement,
	 author = {Peksa, L. AND Gronych, T. AND Repa, P. AND Tesar, J.},
	 title = {Measurement of the pressure differences in a large chamber where the pressure is generated dynamically},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {67},
	 number = {3-4},
	 pages = {333--338},
	 year = {2002},
	 issn = {0042-207X},
	 doi = {10.1016/S0042-207X(02)00222-1},
	 KFPPid = {157},
}

@ARTICLE{Stanek:02:Extending,
	 author = {Stanek, F. AND Tesar, J. AND Peksa, L. AND Gronych, T. AND Repa, P.},
	 title = {Extending the range of pressure generated dynamically up to 100 Pa in a calibration chamber pumped by a turbomolecular pump},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {67},
	 number = {3-4},
	 pages = {307--310},
	 year = {2002},
	 issn = {0042-207X},
	 doi = {10.1016/S0042-207X(02)00213-0},
	 KFPPid = {155},
}

@ARTICLE{Repa:01:Determination,
	 author = {Repa, P. AND Peksa, L. AND Zavoda, P.},
	 title = {Determination of the pressure and the released gas flow in a chamber connected through a small conductance with the chamber equipped with gauges},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {60},
	 number = {1-2},
	 pages = {201--205},
	 year = {2001},
	 issn = {0042-207X},
	 doi = {10.1016/S0042-207X(00)00385-7},
	 KFPPid = {236},
}

@ARTICLE{Repa:99:Outgassing,
	 author = {Repa, P. AND Oralek, D.},
	 title = {Outgassing stimulated by deformation},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {53},
	 number = {1-2},
	 pages = {299--302},
	 year = {1999},
	 issn = {0042-207X},
	 doi = {10.1016/S0042-207X(98)00367-4},
	 KFPPid = {284},
}

@ARTICLE{Repa:99:Measurement,
	 author = {Repa, P. AND Cespiro, Z. AND Peksa, L. AND Gronych, T. AND Tesar, J.},
	 title = {Measurement of pressure differences between various positions in a vacuum chamber where pressure is generated dynamically},
	 journal = {Metrologia},
	 fulljournal = {METROLOGIA},
	 volume = {36},
	 number = {6},
	 pages = {551--554},
	 year = {1999},
	 issn = {0026-1394},
	 doi = {10.1088/0026-1394/36/6/13},
	 KFPPid = {252},
}

@ARTICLE{Peksa:98:Shake,
	 author = {Peksa, L. AND Repa, P. AND Ulman, R.},
	 title = {Shake sensitivity and range limits of the Becker friction vacuum gauge},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {51},
	 number = {1},
	 pages = {75--79},
	 year = {1998},
	 issn = {0042-207X},
	 doi = {10.1016/S0042-207X(98)00136-5},
	 KFPPid = {299},
}

@ARTICLE{Repa:97:Outgassing,
	 author = {Repa, P. AND Rott, M.},
	 title = {Outgassing of metals stimulated by friction},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {48},
	 number = {7-9},
	 pages = {775--778},
	 year = {1997},
	 issn = {0042-207X},
	 doi = {10.1016/S0042-207X(97)00043-2},
	 KFPPid = {335},
}

@ARTICLE{Peksa:97:The,
	 author = {Peksa, L. AND Repa, P.},
	 title = {The design of a continuously measuring friction vacuum gauge},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {48},
	 number = {10},
	 pages = {861--864},
	 year = {1997},
	 issn = {0042-207X},
	 doi = {10.1016/S0042-207X(97)00086-9},
	 KFPPid = {332},
}

@ARTICLE{Repa:96:Modulation,
	 author = {Repa, P.},
	 title = {Modulation of residual current in a modulated Bayard-Alpert gauge},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {47},
	 number = {4},
	 pages = {341--346},
	 year = {1996},
	 issn = {0042-207X},
	 doi = {10.1016/0042-207X(95)00248-0},
	 KFPPid = {361},
}

@ARTICLE{REPA:95:STAINLESS-STEEL,
	 author = {REPA, P. AND ORALEK, D. AND ROTT, M. AND GRONYCH, T. AND PEKSA, L.},
	 title = {STAINLESS-STEEL OUTGASSING DUE TO DEFORMATION},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {46},
	 number = {8-10},
	 pages = {849--851},
	 year = {1995},
	 issn = {0042-207X},
	 doi = {},
	 KFPPid = {379},
}

@ARTICLE{GRONYCH:95:DETERMINATION,
	 author = {GRONYCH, T. AND PEKSA, L. AND REPA, P.},
	 title = {DETERMINATION OF THE DESORPTION PARAMETERS OF HYDROGEN ON A STAINLESS-STEEL SURFACE BY ANALYSIS OF TIME-PRESSURE CURVES},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {46},
	 number = {11},
	 pages = {1295--1297},
	 year = {1995},
	 issn = {0042-207X},
	 doi = {},
	 KFPPid = {377},
}

@ARTICLE{PEKSA:94:AN,
	 author = {PEKSA, L. AND GRONYCH, T. AND REPA, P.},
	 title = {AN ATTEMPT TO DETERMINE THE ACTIVATION-ENERGY OF DESORPTION FROM THE SHAPE OF THE PRESSURE PULSE IN AN UHV SYSTEM CAUSED BY LID},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {45},
	 number = {8},
	 pages = {849--851},
	 year = {1994},
	 issn = {0042-207X},
	 doi = {10.1016/0042-207X(94)90122-8},
	 KFPPid = {396},
}

@ARTICLE{REPA:92:MECHANICALLY,
	 author = {REPA, P.},
	 title = {MECHANICALLY INDUCED DESORPTION},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {43},
	 number = {5-7},
	 pages = {367--371},
	 year = {1992},
	 issn = {0042-207X},
	 doi = {10.1016/0042-207X(92)90039-Y},
	 KFPPid = {427},
}

@ARTICLE{PEKSA:92:THE,
	 author = {PEKSA, L. AND GRONYCH, T. AND REPA, P.},
	 title = {THE INFLUENCE OF A LOCAL-INDUCED DESORPTION ON PRESSURE IN AN UHV SYSTEM},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {43},
	 number = {5-7},
	 pages = {695--698},
	 year = {1992},
	 issn = {0042-207X},
	 doi = {10.1016/0042-207X(92)90111-9},
	 KFPPid = {430},
}

@ARTICLE{GRONYCH:92:DESORPTION,
	 author = {GRONYCH, T. AND PEKSA, L. AND REPA, P.},
	 title = {DESORPTION IN UHV SYSTEMS CAUSED BY RUBBING SURFACES},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {43},
	 number = {5-7},
	 pages = {689--692},
	 year = {1992},
	 issn = {0042-207X},
	 doi = {10.1016/0042-207X(92)90109-A},
	 KFPPid = {429},
}

@ARTICLE{REPA:86:THE,
	 author = {REPA, P.},
	 title = {THE RESIDUAL CURRENT OF THE MODULATED BAYARD-ALPERT GAUGE},
	 journal = {Vacuum},
	 fulljournal = {VACUUM},
	 volume = {36},
	 number = {7-9},
	 pages = {559--560},
	 year = {1986},
	 issn = {0042-207X},
	 doi = {10.1016/0042-207X(86)90248-4},
	 KFPPid = {475},
}

@ARTICLE{EMMER:85:SURFACE-ADSORPTION,
	 author = {EMMER, I. AND HAJEK, Z. AND REPA, P.},
	 title = {SURFACE-ADSORPTION OF WATER-VAPOR ON HYDRATED LAYERS OF AL2O3},
	 journal = {Surf. Sci.},
	 fulljournal = {SURFACE SCIENCE},
	 volume = {162},
	 number = {1-3},
	 pages = {303--309},
	 year = {1985},
	 issn = {0039-6028},
	 doi = {10.1016/0039-6028(85)90912-4},
	 KFPPid = {482},
}

@ARTICLE{REPA:81:THE,
	 author = {REPA, P.},
	 title = {THE EFFECT OF THE IONIZATION GAUGE ON THE COMPOSITION OF RESIDUAL GASES},
	 journal = {Czech. J. Phys.},
	 fulljournal = {CZECHOSLOVAK JOURNAL OF PHYSICS},
	 volume = {31},
	 number = {7},
	 pages = {695--708},
	 year = {1981},
	 issn = {0011-4626},
	 doi = {10.1007/BF01596324},
	 KFPPid = {496},
}


Bibitems:

\bibitem[{Peksa et~al.(2011)}]{Peksa:11:Dynamic}
Peksa, L., Gronych, T., Jerab, M., Repa, P., Vicar, M., Krajicek, Z., Prazak, D., Stanek, F., Tesar, J., Dynamic extension – A new principle for a vacuum primary standard for UHV-range (10−6–10−10 Pa) calibration of hot cathode ionisation gauges. {\it Vacuum.} {\bf 85}(11): 1047--1051, 2011.

\bibitem[{Peksa et~al.(2011)}]{Peksa:11:Method}
Peksa, L., Gronych, T., Vicar, M., Jerab, M., Repa, P., Tesar, J., Prazak, D., Krajicek, Z., Stanek, F., Method of measuring the change in volume of a diaphragm bellows used in a volume displacer of a constant-pressure gas flowmeter (with a practical guide). {\it Measurement.} {\bf 44}(6): 1143--1152, 2011.

\bibitem[{Gronych et~al.(2009)}]{Gronych:09:Changes}
Gronych, T., Peksa, L., Prazak, D., Vicar, M., Repa, P., Krajicek, Z., Stanek, F., Tesar, J., Changes in the NPL orifice conductance on a transition from molecular gas flow to transitional flow. {\it Vacuum.} {\bf 84}(1): 280--282, 2009.

\bibitem[{Gronych et~al.(2008)}]{Gronych:08:The}
Gronych, T., Peksa, L., Repa, P., Wild, J., Tesar, J., Prazak, D., Krajicek, Z., Vicar, M., The use of diaphragm bellows to construct a constant pressure gas flowmeter for the flow rate range 10^(-7) Pa m^3 s^(-1) to 10^(-1) Pa m^3 s^(-1). {\it Metrologia.} {\bf 45}(1): 46--52, 2008.

\bibitem[{Peksa et~al.(2008)}]{Peksa:08:Determination}
Peksa, L., Gronych, T., Repa, P., Tesar, J., Vicar, M., Prazak, D., Krajicek, Z., Wild, J., Determination of pumping speed and its impact on the overall uncertainty budget of the CMI orifice flow standard. {\it Metrologia.} {\bf 45}(3): 368--375, 2008.

\bibitem[{Peksa et~al.(2008)}]{Peksa:08:Spontaneous}
Peksa, L., Gronych, T., Repa, P., Wild, J., Spontaneous oscillations of some gas species concentration in an UHV apparatus. {\it Vacuum.} {\bf 82}(2): 298--302, 2008.

\bibitem[{Tesar et~al.(2007)}]{Tesar:07:Ensuring}
Tesar, J., Prazak, D., Stanek, F., Repa, P., Peksa, L., Ensuring primary realization of pressure unit in the vacuum range without typically utilized static expansion system. {\it Vacuum.} {\bf 81}(6): 785--787, 2007.

\bibitem[{Repa et~al.(2006)}]{Repa:06:Measurement}
Repa, P., Peksa, L., Schneeweiss, O., Gronych, T., Ulman, R., Wild, J., Measurement of Gas Solutions in Small Samples of Intermetallic Alloys. {\it Czech. J. Phys.} {\bf 56}(12): 1389--1399, 2006.

\bibitem[{Janu et~al.(2006)}]{Janu:06:Experimental}
Janu, Z., Wild, J., Repa, P., Jelinek, Z., Zizek, F., Peksa, L., Soukup, F., Tichy, R., Experimental setup for precise measurement of losses in high-temperature superconducting transformer. {\it Cryogenics.} {\bf 46}(10): 759--761, 2006.

\bibitem[{Tesar et~al.(2004)}]{Tesar:04:The}
Tesar, J., Repa, P., Prazak, D., Krajicek, Z., Peksa, L., The new method of traceability of a force-balanced piston gauge used as primary vacuum standard. {\it Vacuum.} {\bf 76}(4): 491--499, 2004.

\bibitem[{Peksa et~al.(2004)}]{Peksa:04:Uncertainty}
Peksa, L., Repa, P., Gronych, T., Tesar, J., Prazak, D., Uncertainty analysis of the high vacuum part of the orifice-flow-type pressure standard. {\it Vacuum.} {\bf 76}(4): 477--489, 2004.

\bibitem[{Gronych et~al.(2004)}]{Gronych:04:Measurements}
Gronych, T., Ulman, R., Peksa, L., Repa, P., Measurements of the relative momentum accommodation coefficient for different gases with a viscosity vacuum gauge. {\it Vacuum.} {\bf 73}(2): 275--279, 2004.

\bibitem[{Gronych et~al.(2003)}]{Gronych:03:The}
Gronych, T., Repa, P., Peksa, L., Palacky, J., The dependence of the Becker gauge calibration curve on the gas molecular mass. {\it Vacuum.} {\bf 71}(1-2): 335--339, 2003.

\bibitem[{Repa et~al.(2002)}]{Repa:02:Analyses}
Repa, P., Tesar, J., Gronych, T., Peksa, L., Wild, J., Analyses of gas composition in vacuum systems by mass spectrometry. {\it J. Mass Spectrom.} {\bf 37}(12): 1287--1291, 2002.

\bibitem[{Gronych et~al.(2002)}]{Gronych:02:Becker's}
Gronych, T., Repa, P., Peksa, L., Becker's vacuum gauge operated in the decremental mode. {\it Vacuum.} {\bf 67}(3-4): 317--320, 2002.

\bibitem[{Peksa et~al.(2002)}]{Peksa:02:Measurement}
Peksa, L., Gronych, T., Repa, P., Tesar, J., Measurement of the pressure differences in a large chamber where the pressure is generated dynamically. {\it Vacuum.} {\bf 67}(3-4): 333--338, 2002.

\bibitem[{Stanek et~al.(2002)}]{Stanek:02:Extending}
Stanek, F., Tesar, J., Peksa, L., Gronych, T., Repa, P., Extending the range of pressure generated dynamically up to 100 Pa in a calibration chamber pumped by a turbomolecular pump. {\it Vacuum.} {\bf 67}(3-4): 307--310, 2002.

\bibitem[{Repa et~al.(2001)}]{Repa:01:Determination}
Repa, P., Peksa, L., Zavoda, P., Determination of the pressure and the released gas flow in a chamber connected through a small conductance with the chamber equipped with gauges. {\it Vacuum.} {\bf 60}(1-2): 201--205, 2001.

\bibitem[{Repa and Oralek(1999)}]{Repa:99:Outgassing}
Repa, P., Oralek, D., Outgassing stimulated by deformation. {\it Vacuum.} {\bf 53}(1-2): 299--302, 1999.

\bibitem[{Repa et~al.(1999)}]{Repa:99:Measurement}
Repa, P., Cespiro, Z., Peksa, L., Gronych, T., Tesar, J., Measurement of pressure differences between various positions in a vacuum chamber where pressure is generated dynamically. {\it Metrologia.} {\bf 36}(6): 551--554, 1999.

\bibitem[{Peksa et~al.(1998)}]{Peksa:98:Shake}
Peksa, L., Repa, P., Ulman, R., Shake sensitivity and range limits of the Becker friction vacuum gauge. {\it Vacuum.} {\bf 51}(1): 75--79, 1998.

\bibitem[{Repa and Rott(1997)}]{Repa:97:Outgassing}
Repa, P., Rott, M., Outgassing of metals stimulated by friction. {\it Vacuum.} {\bf 48}(7-9): 775--778, 1997.

\bibitem[{Peksa and Repa(1997)}]{Peksa:97:The}
Peksa, L., Repa, P., The design of a continuously measuring friction vacuum gauge. {\it Vacuum.} {\bf 48}(10): 861--864, 1997.

\bibitem[{Repa(1996)}]{Repa:96:Modulation}
Repa, P., Modulation of residual current in a modulated Bayard-Alpert gauge. {\it Vacuum.} {\bf 47}(4): 341--346, 1996.

\bibitem[{REPA et~al.(1995)}]{REPA:95:STAINLESS-STEEL}
REPA, P., ORALEK, D., ROTT, M., GRONYCH, T., PEKSA, L., STAINLESS-STEEL OUTGASSING DUE TO DEFORMATION. {\it Vacuum.} {\bf 46}(8-10): 849--851, 1995.

\bibitem[{GRONYCH et~al.(1995)}]{GRONYCH:95:DETERMINATION}
GRONYCH, T., PEKSA, L., REPA, P., DETERMINATION OF THE DESORPTION PARAMETERS OF HYDROGEN ON A STAINLESS-STEEL SURFACE BY ANALYSIS OF TIME-PRESSURE CURVES. {\it Vacuum.} {\bf 46}(11): 1295--1297, 1995.

\bibitem[{PEKSA et~al.(1994)}]{PEKSA:94:AN}
PEKSA, L., GRONYCH, T., REPA, P., AN ATTEMPT TO DETERMINE THE ACTIVATION-ENERGY OF DESORPTION FROM THE SHAPE OF THE PRESSURE PULSE IN AN UHV SYSTEM CAUSED BY LID. {\it Vacuum.} {\bf 45}(8): 849--851, 1994.

\bibitem[{REPA(1992)}]{REPA:92:MECHANICALLY}
REPA, P., MECHANICALLY INDUCED DESORPTION. {\it Vacuum.} {\bf 43}(5-7): 367--371, 1992.

\bibitem[{PEKSA et~al.(1992)}]{PEKSA:92:THE}
PEKSA, L., GRONYCH, T., REPA, P., THE INFLUENCE OF A LOCAL-INDUCED DESORPTION ON PRESSURE IN AN UHV SYSTEM. {\it Vacuum.} {\bf 43}(5-7): 695--698, 1992.

\bibitem[{GRONYCH et~al.(1992)}]{GRONYCH:92:DESORPTION}
GRONYCH, T., PEKSA, L., REPA, P., DESORPTION IN UHV SYSTEMS CAUSED BY RUBBING SURFACES. {\it Vacuum.} {\bf 43}(5-7): 689--692, 1992.

\bibitem[{REPA(1986)}]{REPA:86:THE}
REPA, P., THE RESIDUAL CURRENT OF THE MODULATED BAYARD-ALPERT GAUGE. {\it Vacuum.} {\bf 36}(7-9): 559--560, 1986.

\bibitem[{EMMER et~al.(1985)}]{EMMER:85:SURFACE-ADSORPTION}
EMMER, I., HAJEK, Z., REPA, P., SURFACE-ADSORPTION OF WATER-VAPOR ON HYDRATED LAYERS OF AL2O3. {\it Surf. Sci.} {\bf 162}(1-3): 303--309, 1985.

\bibitem[{REPA(1981)}]{REPA:81:THE}
REPA, P., THE EFFECT OF THE IONIZATION GAUGE ON THE COMPOSITION OF RESIDUAL GASES. {\it Czech. J. Phys.} {\bf 31}(7): 695--708, 1981.