Design and applications of a neural networks assisted portable liquid surface tensiometer

Autor: Tomas Drevinskas1, J?rat? Balevi?i?t?1, Kristina Bimbirait?-Survilien?1, Gediminas D?da1, Mantas Stankevi?ius1, Nicola Tiso1, R?ta Mickien?1, Domantas Armonavi?ius1, Donatas Levi?auskas1, 2, Vilma Ka?konien?1, Ona Raga?inskien?3, Saulius Grigi?kis4, Enrica Donati5, Massimo Zacchini5, Audrius Maru?ka1

Publikováno v: Chemija 32 (2021): 73–82.
info:cnr-pdr/source/autori:Tomas Drevinskas1, J?rat? Balevi?i?t?1, Kristina Bimbirait?-Survilien?1, Gediminas D?da1, Mantas Stankevi?ius1, Nicola Tiso1, R?ta Mickien?1, Domantas Armonavi?ius1, Donatas Levi?auskas1, 2, Vilma Ka?konien?1, Ona Raga?inskien?3, Saulius Grigi?kis4, Enrica Donati5, Massimo Zacchini5, Audrius Maru?ka1*/titolo:Design and applications of a neural networks assisted portable liquid surface tensiometer./doi:/rivista:Chemija/anno:2021/pagina_da:73/pagina_a:82/intervallo_pagine:73–82/volume:32

In this paper, a portable instrument for surface tension measurements, characterization and applications is described. The instrumentation is operated wirelessly, and samples can be measured in situ. The instrument has changeable different size probe

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=cnr_________::480072c703f770c1d8fedf6060c311fe
http://www.cnr.it/prodotto/i/458408