E. Klosová

发表

Use of emanation thermal analysis in the characterization of microstructure changes during heating of hydrous titania gel layers deposited by sol–gel technique on silica glass

H. Haneda, N. Sumi, J. Šubrt, 2001 .

Mechanisms of hydrogen formation in the radiolysis of gaseous CH3OH and CD3OH

Z. Prášil, J. Teplý, E. Klosová, 1970 .

Emanation Thermal Analysis of Intercalated Montmorillonitic clay

V. Balek, Z. Málek, E. Klosová, 1998 .

Use of emanation thermal analysis for in-situ monitoring of microstructure changes during heating of hydrous titania and titania containing 10% ruthenia

J. Málek, A. Watanabe, J. Šubrt, 1999 .

In-situ monitoring of microstructure changes during the heating of amorphous ruthenia by means of Emanation Thermal Analysis

J. Málek, A. Watanabe, V. Štengl, 1999 .

Experience with the neodymium method for determination of nuclear fuel burn up

V. Bulović, J. Krtil, Z. Maksimović, 1984 .

Gamma-spectrometric determination of106Ru,134Cs,137Cs and144Ce in the fuel from the Czechoslovak atomic power station A-1

V. Bulović, J. Krtil, Z. Maksimović, 1979 .

Influence of temperature on natural and chemically modified zeolites

V. Balek, Z. Málek, E. Večerníková, 1998 .

Determination of the Nuclear Fuel Burning Process Balance by Gamma Spectrometry of Fission Products: Part II. Determination of the Plutonium Isotopic Composition and Content by Measuring Activities of 137Cs, 134Cs and 106Ru

V. Bulović, J. Krtil, Z. Maksimović, 1982 .