Dallas,Texas,USAApril16-19,2013(http://www.icmr2013.org/)(http://impact.utc.edu/icmr2013/)ICMR 2013is seeking original high quality submissions addressing innovative research in the broad field of multimedia retrieval.
English and submitted electronically through http://GreenCom2011.comp.polyu.edu.hk.Paper submis-sions should be 10 pages in two-column,single-space,10pt format that describe original work not previously published and ...English and submitted electronically through http://GreenCom2011.comp.polyu.edu.hk.Paper submis-sions should be 10 pages in two-column,single-space,10pt format that describe original work not previously published and not concurrentlysubmitted elsewhere.Submission of a paper should be regarded as an undertaking展开更多
Introduction Computers,communication systems and other ITinfrastructure have been posing severe environmental problems by consuming significant amounts of electricity,increasing greenhouse gas emissions,and causing po...Introduction Computers,communication systems and other ITinfrastructure have been posing severe environmental problems by consuming significant amounts of electricity,increasing greenhouse gas emissions,and causing pollution duringtheir production and disposal.To reduce these environmental problems and create a展开更多
In the presence of biofilms, stainless steels （SS） exhibits an increase in corrosion potential, called ennoblement. In the present study, the corrosion potential （Eco,） behavior of the duplex SS UNS S32760 was rec...In the presence of biofilms, stainless steels （SS） exhibits an increase in corrosion potential, called ennoblement. In the present study, the corrosion potential （Eco,） behavior of the duplex SS UNS S32760 was recorded simultaneously with the in situ marine biofilm formation in two areas at Arraial do Cabo, Southeastern Brazil. The biofilm at Forno Harbor （an anthropogenically disturbed area） was characterized by higher relative abundances of Bacteria at day 2, followed by diatoms （especially Navicula sp.） on day 10 and dinoflagellates on day 18, whereas no clear trend was recorded at Cabo Frio Island （an undisturbed area）. The ennoblement of Ecor values was site-dependent. In a complementary laboratory assay, biofilms were removed and the Eco values registered in sterile conditions for the subsequent 10 days and corroborated in situ results. Understanding biofilms and SS interactions has important implications for materials science and engineering decisions as well as helping to fill in imnortant gaps in this knowledge.展开更多
文摘Dallas,Texas,USAApril16-19,2013(http://www.icmr2013.org/)(http://impact.utc.edu/icmr2013/)ICMR 2013is seeking original high quality submissions addressing innovative research in the broad field of multimedia retrieval.
文摘English and submitted electronically through http://GreenCom2011.comp.polyu.edu.hk.Paper submis-sions should be 10 pages in two-column,single-space,10pt format that describe original work not previously published and not concurrentlysubmitted elsewhere.Submission of a paper should be regarded as an undertaking
文摘Introduction Computers,communication systems and other ITinfrastructure have been posing severe environmental problems by consuming significant amounts of electricity,increasing greenhouse gas emissions,and causing pollution duringtheir production and disposal.To reduce these environmental problems and create a
文摘In the presence of biofilms, stainless steels （SS） exhibits an increase in corrosion potential, called ennoblement. In the present study, the corrosion potential （Eco,） behavior of the duplex SS UNS S32760 was recorded simultaneously with the in situ marine biofilm formation in two areas at Arraial do Cabo, Southeastern Brazil. The biofilm at Forno Harbor （an anthropogenically disturbed area） was characterized by higher relative abundances of Bacteria at day 2, followed by diatoms （especially Navicula sp.） on day 10 and dinoflagellates on day 18, whereas no clear trend was recorded at Cabo Frio Island （an undisturbed area）. The ennoblement of Ecor values was site-dependent. In a complementary laboratory assay, biofilms were removed and the Eco values registered in sterile conditions for the subsequent 10 days and corroborated in situ results. Understanding biofilms and SS interactions has important implications for materials science and engineering decisions as well as helping to fill in imnortant gaps in this knowledge.
