Browsing CMRE Publications by Author "Di Iorio, Daniela"

Now showing items 1-5 of 5

    • High frequency acoustic observations of Mediterranean flow into the Black Sea 

      Di Iorio, Daniela (NATO. SACLANTCEN, 1997)
      The physical behavior of Mediterranean flow entering the Black Sea through the Strat of Istanbul is described using a variety of high frequency acoustic systems. Because of the density difference between salty Meditermnean ...

    • High frequency acoustic propagation in coastal waters 

      Akal, Tuncay; Lyons, Anthony P.; Di Iorio, Daniela; Guerrini, Piero (NATO. SACLANTCEN, 1997)
      High Frequency Acoustic Propagation experiments were performed with bottom-mounted sources and receivers at different coastal sites. A measurement technique has been developed and propagation loss data have been taken using ...

    • Observations of Mediterranean flow into the Black Sea 

      Di Iorio, Daniela; Yuce, Hüseyin (NATO. SACLANTCEN, 1997/10)
      Mediterranean Sea water inflow into the Black Sea is investigated using acoustic and oceanographic data obtained in the Black Sea exit region. The path of Mediterranean water and the resulting spreading on the continental ...

    • Oceanographic measurements of the West Black Sea: November 26 to December 14, 1995 

      Di Iorio, Daniela; Akal, Tuncay; Sellschopp, Jürgen; Guerrini, Piero; Yuce, Hüseyin; Gezgin, E. (NATO. SACLANTCEN, 1998/06)
      Mediterranean water inflow into the Black Sea is investigated using acoustic and oceanographic data obtained in the Black Sea exit region. Temporal and spatial variability in the flow and their relation to atmospheric and ...

    • Scintillation instrument for remote environmental analysis (SIREN) 

      Di Iorio, Daniela; Farmer, D. M.; Cartier, W.; Geng, X. (NATO. SACLANTCEN, 1999/02)
      A high frequency acoustic propagation instrument which was developed to study ocean variability in the Strait of Istanbul (Bosporus) is described. The scintillation instrument for remote environmental analysis (SIREN) was ...