Search:
	any fieldabstractaffiliationauthorauthor countauthority authorauthority instituteauthority journalauthority subjectcaptioncataloguer nicknamecited bycited by excluding self citescodencollaborationcollectiondate createddate modifieddivisiondoiexact authorexact first authorexact titleexperimentfile typefirst authorfulltextisbnissnitem countjournalkeywordmiscellaneousrecord IDreferencereference torefers torefers to excluding self citesreport numberrestrictionsubjecttitleyear
Search Tips :: Advanced Search

Search collections:

*** any public collection ***Administrative ReportsAuthor WorksAuthor Works for ApprovalITAM LibraryCompany PublicationsCompany Publications for Appro...Conference ContributionsConference MaterialsConference Materials for Appro...Conference ProceedingsConference ProgramseBooksEssaysExam TopicsLecture NotesMonographsPapersPostersPreprintsPresentationsProceedingsProduct InstructionsProduction CataloguesProject DocumentsReportsReports for ApprovalResearch ReportsSillabiStudy materialsStudy Materials for ApprovalThe Institute of Theoretical a...ThesesTheses for Approval

Sort by:	Display results:	Output format:
latest firsttitleauthorreport numberyear asc.desc. - or rank by -word similaritytimes citedselfcites	10 results25 results50 results100 results single listsplit by collection	BibTeXDublin CoreEndNoteEndNote (8-X)HTML briefHTML citesummaryHTML detailedMARCMARCXMLMODSNLMphoto captions onlyportfolioRefWorksUntitled

The Institute of Theoretical and Applied Mechanics

2 records found

Search took 0.04 seconds.

1.	Original version of the author's contribution as presented on USB, paper 850002_1.pdf.: PDF Mathematical and physical modelling of the dynamic electrical impedance of a tooth Giannoukos, Georgios ; Min, Mart biompedance, tooth, resistance, capacitor, Wien bridge oscillator, voltage divider, Operational Amplifier. Detailed record - Similar records
2.	Original version of the author's contribution as presented on USB, paper 850001_1.pdf.: PDF Using neural networks to model self-immune disease in terms of the alterations of the dynamic electrical impedance Giannoukos, Georgios ; Min, Mart bioimpedance, immune system, thymus, bone marrow, non-linear circuit, T-cell, B-cell, Computer Algebra, neural network. Detailed record - Similar records

Interested in being notified about new results for this query?
Set up a personal email alert or subscribe to the RSS feed.

Haven't found what you were looking for? Try your search on other servers:
Min, Mart in Amazon Min, Mart in CERN EDMS Min, Mart in CERN Indico Min, Mart in CERN Intranet Min, Mart in CiteSeer Min, Mart in Google Books Min, Mart in Google Scholar Min, Mart in Google Web Min, Mart in IEC	Min, Mart in IHS Min, Mart in INSPEC Min, Mart in INSPIRE Min, Mart in ISO Min, Mart in KISS Books/Journals Min, Mart in KISS Preprints Min, Mart in NEBIS Min, Mart in SLAC Library Catalog Min, Mart in Scirus