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High-Frequency Susceptibilities of Inhomogeneous Magnetoelastic Medium

100%
Ignatchenko V. A., Erementchouk M. V.
Acta Physica Polonica A
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1997
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vol. 92
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issue 2
415-418
EN
A response of an inhomogeneous magnetoelastic medium with the zero-mean magnetostriction to high-frequency elastic and electromagnetic fields is studied. It is shown that diagonal susceptibilities have the resonance anomalies in the vicinity of the frequency of the magnetoelastic resonance, while the coefficients of crossing excitations are equal to zero.
2
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Compressibility of AgI-Ag_{2}MoO_{4} System Measured in Wide Range of Composition

100%
Wiśniewski Z., Wiśniewski R., Wilczyńska T.
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issue 4
601-602
EN
Results of compressibility measurements of AgI-Ag_{2}MoO_{4} materials for different concentrations of AgI were presented. The obtained results were compared with phase diagram and internal structure of material. It was found that observed values of compressibility coefficient can be related to internal structure of investigated material.
3
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Effect of Gamma Irradiation on Cement Composites Observed with XRD and SEM Methods in the Range of Radiation Dose 0-1409 MGy

75%
Łowińska-Kluge A., Piszora P.
Acta Physica Polonica A
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2008
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vol. 114
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issue 2
399-411
EN
The effect of gamma radiation in the range of 0-1409 MGy on the structure of a new mineral additive to cement based composites was investigated in the perspective of employing them as radioactive waste protection material. According to the authors knowledge, it is the first paper dealing with observations of the cement matrix, both pure and modified, treated with so giant radiation dose. The absorption of gamma radiation modifies the morphology of the additive grains, causes decomposition of cement hydrates and clinker relicts in cement paste containing the additive at twice higher radiation dose than that inducing the decomposition of the reference pure cement paste and the cement paste containing pozzolane additives.
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