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for a new building have to be greater than 3 m 2 .K.W ‐1 . In each case of measured PORFIX<br />

materials in dry state the R values are high enough that extra insulation material becomes<br />

superfluous and the overall insulation level for our climate is easily achieved. This means that<br />

there it is no need of extra insulation for masonry walls build up from this kind of bricks.<br />

References<br />

[1] KUBIČÁR, Ľ. (1990): Pulse method of measuring basic thermophysical parameters.<br />

Comprehensive Analytical Chemistry, ed. G. Svehla, Elsevier, Amsterdam, Tokyo,<br />

Oxford, New York<br />

[2] KUBIČÁR Ľ., BOHÁČ V., (1999): Review of several dynamic methods of measuring<br />

thermophysical parameters. in “Proc. of 24th Int. Conf. on Thermal Conductivity / 12th Int.<br />

Thermal Expansion Symposium”, ed. P.S. Gaal, D.E. Apostolescu, Lancaster: Technomic<br />

Publishing Company, pp. 135–149.<br />

[3] GUSTAFSSON S.E. 1991. Rev. Sci. Instrum. 62:797‐804<br />

[4] SABUGA W., HAMMERSCHMIDT U. International Journal of Thermophysics, 1995, 16 (2):<br />

557‐565<br />

[5] KREMPASKÝ J. Meranie termofyzikálnych veličín. Vyd. SAV, Bratislava, 1969, 1‐288.<br />

[6] BOHÁČ V., KUBIČÁR Ľ., VRETENÁR V., HIGH TEMP‐HIGH PRESS. 2003/2004, Vol.<br />

35/36, pp. 67‐74<br />

[7] BOHÁČ V. et all. Methodology of parameter estimation of pulse transient method and the<br />

use of PMMA as standard reference material. Proc. of TEMPMEKO 2004, 22 ‐ 25 June 2004<br />

Dubrovník, Croatia<br />

[8] BOHÁČ V., VRETENÁR V., KUBIČÁR Ľ. Optimization methodology for the pulse<br />

transient method and its application at the measurement of thermophysical properties of<br />

materials, Proc. of the Thermophysics 2007. Kočovce, October 12 – 13, 2005, Editors: Peter<br />

Matiašovský, Oľga Koronthályová, Issued by Institute of Construction and Architecture,<br />

Slovak Academy of Sciences in Bratislava, First Edition Released in 2005, ISBN 80‐969434‐<br />

2‐1 EAN 9788096943425<br />

[9] BOHÁČ V., DIEŠKA P., AND KUBIČÁR Ľ. The progress in Development of new models<br />

for pulse transient method. Proc. of Thermophysics 2007. Editor: Jozef Leja, Vydavateľstvo<br />

STU, Bratislava 2007, ISBN 978‐80‐227‐2746‐4<br />

[10] BOHÁČ V., KUBIČÁR Ľ., VRETENÁR V. Methodology of the testing of model for contact<br />

pulse transient method and influence of the disturbance effects on evaluating<br />

thermophysical parameters of the PMMA, Measurement Science Review, Volume 5, Section<br />

3, 2005, pp.98‐103<br />

[11] DIEŠKOVÁ M., DIEŠKA P., BOHÁČ V., KUBIČÁR Ľ. Determination of temperature field<br />

and an analysis of influence of certain factors on a temperature fields. In collection of<br />

manuscripts of the 17th ECTP, 2005, Bratislava, Slovakia. Vozár L., Medveď I. and<br />

Kubičár Ľ. editors. (CD‐ROM).<br />

[12] BOHÁČ V., DIEŠKA P., AND KUBIČÁR Ľ. The heat loss effect at the measurements by<br />

transient pulse method, Measurement Science Review, Vol. 7, Sect. 3, No.1, 2007, pp.24-28<br />

19

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