[{"data":1,"prerenderedAt":113},["ShallowReactive",2],{"person-0905691f-6024-4c16-9906-605eeadcb2bb":3},{"success":4,"person":5,"request":109},true,{"lastName":6,"role":7,"name":8,"description":9,"_id":10,"designation":7,"id":7,"email":11,"url":7,"createDate":12,"filiation":13,"slugs":14,"articles":17},"Stolz","","Carina M.",{},"0905691f-6024-4c16-9906-605eeadcb2bb","carimstolz@yahoo.com.br","2025-12-27T17:47:57-03:00","Universidade Federal do Rio Grande do Sul",[15,16],"carina-m-stolz","stolz-carina-m",[18],{"pageRange":19,"parent":20,"data":21,"trackId":29,"type":30,"typeData":31,"metaData":65,"langs":67,"_id":70,"status":71,"updateDate":72,"contributors":73,"contributorsIds":105,"download":106,"slugs":107,"slug":108},null,"39f260d6-d61f-4dfe-b1f7-a6c315c260bd",{"secondary":22,"primary":25},{"keywords":7,"excerpt":23,"title":24},"This paper investigated the property of wetting by measuring the contact angle of six plant species, three industrial coatings and five hydrophobic","Influence of Superficial Texture on Different Surfaces Wettability",{"keywords":26,"excerpt":27,"title":28},"\u003Cp>molhabilidade, hidrofobicidade, ângulo de contato\u003C/p>","Este trabalho investiga a propriedade de molhabilidade através da medição dos ângulos de contato de 06 espécies vegetais, 03 tintas industriais hidrofóbicas e 05 amostras de emulsão acrílica incorporada com 0%, 5%, 10%, 20% e 30% de óxido de alumínio com granulometria de 10 μm. Ao final do trabalho pode-se observar que a couve, a rosa, a tinta lotusan apresentaram superfícies hidrófobas, sendo que a superfície que apresentou maior grau de hidrofobicidade foi a pétala de rosa. Verificou-se ainda que as diferentes adições de óxido de alumínio pouco influenciaram na alteração da molhabilidade das superfícies analisadas.","Biônica e Design de Superfície: Influência da Textura na Molhabilidade de Superfícies Naturais e Artificiais","4vswlkvg","article",{"startPage":32,"file":33,"references":36,"endPage":64,"track":29,"doi":7},5450,{"fullpath":34,"name":35},"https://storage.googleapis.com/memoria-ped.appspot.com/articles%2F10_congresso_brasileiro_de_pesquisa_e_desenvolvimento_em_design%2F4vswlkvg-1766868477-5450-5462.pdf","4vswlkvg-1766868477-5450-5462.pdf",[37,40,43,46,49,52,55,58,61],{"label":38,"id":39},"\u003Cp>ALHANATI, L. S. Disponível em: \u003Chttp://alfaconnection.net/pag_avsf/fqm0101.htm.> Acesso em: 25 mai 2011.\u003C/p>","829d9d77-e1b9-42c6-b449-a2c407ef7641",{"label":41,"id":42},"\u003Cp>CARCOUET, C. et al. Nature-inspired superhydrophobic surfaces from raspberry-like particles. Disponível em: \u003Cwww.coatings-science.com/history/2010/apc10.html> Acesso em: 25 mai 2011.\u003C/p>","a8ee4f82-0d25-4100-90eb-c1323a9c58c4",{"label":44,"id":45},"\u003Cp>COUTINHO, M. P. \u003Cstrong>Influência da morfologia da superfície na molhabilidade do titânio comercialmente puro\u003C/strong>. Dissertação de mestrado. Instituto Militar de Engenharia. Rio de Janeiro, 2007.\u003C/p>","8c8b2a53-7aa2-40bf-a07e-68181045337f",{"label":47,"id":48},"\u003Cp>QUÉRÉ, D. Surface chemistry: Fakir droplets. \u003Cstrong>Nature materials\u003C/strong>. v. 1, 2002, p. 14-15.\u003C/p>","bc260384-2bac-4657-8c15-f609e3ea038b",{"label":50,"id":51},"\u003Cp>REED, J.S. \u003Cstrong>Principles of ceramics processing\u003C/strong>. New York: Wiley Inter-Science, 1995.\u003C/p>","ee0b34be-2f2d-46df-8312-4d43dff48f09",{"id":53,"label":54},"9d71cfb2-3bea-4a8b-bc9c-969d42269d34","\u003Cp>ROMERO, J. V. \u003Cstrong>Adherencia al hormigón de morteros de diferentes bases químicas\u003C/strong>. 2010.367p. Tese (Doutorado em Engenharia Civil) – Universidade Politécnica de Madrid, Madrid.\u003C/p>",{"id":56,"label":57},"c594832b-aa6f-474e-9e46-bf187d5f21b9","\u003Cp>VAN BENTHEM et al. \u003Cstrong>Hydrophobic coating\u003C/strong>. Patent Application Publication US 2009/0104347 A1, Pub. Date: Apr. 23, 2009.\u003C/p>",{"id":59,"label":60},"dec43c7b-2ce3-4322-add7-c3ce59c1c634","\u003Cp>ZISMAN, W. \u003Cstrong>Glossary of surface science terms\u003C/strong>. Disponível em: \u003Cwww.ramehart.com/glossary.htm> Acesso em: 28 mai 2011.\u003C/p>",{"label":62,"id":63},"\u003Cp>WON SAN CHOI et al. Synthesis of raspberry-like particles using polyelectrolyte multilayer-coated particles. \u003Cstrong>J.Mater.Chem.\u003C/strong>, v. 17, pp.4943, 2007.\u003C/p>","2ca35dd5-1a76-4a4c-ae45-40fd2f8b12b9",5462,{"updateDate":7,"createDate":66,"deleteDate":7},1766868477,[68,69],"primary","secondary","c0a96de7-75cd-4f62-91df-0eb5675c38bf","enabled","2025-12-28T20:35:15-03:00",[74,79,91,95],{"name":75,"_id":76,"lastName":77,"role":7,"email":78,"filiation":13,"designation":7,"url":7},"Wilson","0e9c5acf-5ddb-4392-9ba7-0eaedf05dfd5","Kindlein Júnior","kindlein@portoweb.com.br",{"lastName":80,"lastmodified":81,"designation":7,"slugs":82,"url":7,"role":7,"description":85,"path":86,"objectID":87,"createDate":88,"id":7,"email":89,"name":90,"filiation":13,"_id":87},"Flores",1766868477488,[83,84],"ana-berenice-hubner-flores","flores-ana-berenice-hubner",{},"people/f2a90d18-1853-4de7-8908-4e7c490d6edf","f2a90d18-1853-4de7-8908-4e7c490d6edf","2025-12-27T20:47:57.488Z","anafloresatelier@gmail.com","Ana Berenice Hubner",{"slugs":92,"_id":10,"createDate":88,"description":93,"email":11,"url":7,"role":7,"filiation":13,"lastName":6,"lastmodified":81,"id":7,"name":8,"objectID":10,"path":94,"designation":7},[15,16],{},"people/0905691f-6024-4c16-9906-605eeadcb2bb",{"objectID":96,"url":7,"_id":96,"name":97,"createDate":88,"designation":7,"id":7,"filiation":13,"role":7,"lastmodified":81,"slugs":98,"lastName":101,"description":102,"email":103,"path":104},"f591e92b-ae88-4901-a99e-777eda3605a5","Annelise Kopp",[99,100],"annelise-kopp-alves","alves-annelise-kopp","Alves",{},"annelise.alves@ufrgs.br","people/f591e92b-ae88-4901-a99e-777eda3605a5",[76,87,10,96],1,[108],"influence-of-superficial-texture-on-different-surfaces-wettability",{"target":110,"query":111},"people/get",{"id":10,"articles":112},"true",1780316053192]