Logo BPK

Bibliografia Prac Pracowników

Politechniki Koszalińskiej

Widok standardowy Widok MARC Widok ISBD

Photoacoustic measurements of the thermal diffusivity of solids in the presence of a drum effect / Zbigniew Suszyński, Mirosław Maliński, Leszek Bychto.

Autor: Współtwórca(-y): Rodzaj materiału: ArtykułJęzyk: angielski Szczegóły wydania: 1997.Tematy: W: Archives of Acoustics. - 1997, Vol. 22, nr 3, s. 343-349Streszczenie: The photoacoustic measurements of the thermal diffusivity of the thick plates of metals are discussed when the drum effect is not quenched. The dominant machanism responsible for the photoacoustic signal was determined. Depending on the configuration arrangement, the ratio of the thermal signal to the thermoelastic bending one was determined. The thermal diffusivity was obtainted from both the frequency dependence of the rear amplitude and rear phase characteristics. The influence of the thermoelastic bending on both rear and front frequency characteristics is discused. The way of calculation of the thermal diffusivity in the case of the results showing strong thermoelastic bending effect is discussed.
Twoje oceny
    średnia ocena: 0.0 (0 głosów)
Egzemplarze
Okładka Typ dokumentu Obecna biblioteka Biblioteka macierzysta Kolekcja Lokalizacja Sygnatura Materiały określone Nr tomu/części URL Numer kopii Status Uwagi Termin zwrotu Kod kreskowy Zamówienia Kolejka rezerwacji egzemplarzy Kursy
Artykuł Bibliografia Prac Pracowników - BPK 0190 (Przeglądaj półkę(Otwórz poniżej)) Nie można wypożyczyć

The photoacoustic measurements of the thermal diffusivity of the thick plates of metals are discussed when the drum effect is not quenched. The dominant machanism responsible for the photoacoustic signal was determined. Depending on the configuration arrangement, the ratio of the thermal signal to the thermoelastic bending one was determined. The thermal diffusivity was obtainted from both the frequency dependence of the rear amplitude and rear phase characteristics. The influence of the thermoelastic bending on both rear and front frequency characteristics is discused. The way of calculation of the thermal diffusivity in the case of the results showing strong thermoelastic bending effect is discussed.

© 2014 Biblioteka Politechniki Koszalińskiej :: BIBLIOGRAFIA PRAC PRACOWNIKÓW