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1. scholar.google.com › citations‪Christina Naify‬ - ‪Google Scholar‬

   scholar.google.com › citations

   • Αποθηκευμένο αντίγραφο

   Christina Naify. Applied Research Labs: UT Austin. No verified email. Articles Cited by Public access Co-authors. Title. Sort. Sort by citations Sort by year Sort by title. Cited by. Cited by. ... CJ Naify, CN Layman, TP Martin, M Nicholas, DC Calvo, GJ Orris. Applied Physics Letters 102 (20), 2013. 42:

2. www.researchgate.net › profile › Christina-NaifyChristina NAIFY | PostDoc Position | PhD - ResearchGate

   www.researchgate.net › profile › Christina-Naify

   Christina NAIFY, PostDoc Position | Cited by 1,122 | of United States Naval Research Laboratory, DC (NRL) | Read 57 publications | Contact Christina NAIFY

3. www.linkedin.com › in › christina-naify-6b247959Christina Naify - Research Scientist - LinkedIn

   www.linkedin.com › in › christina-naify-6b247959

   Research Associate at Applied Research Laboratories, The University of Texas at Austin · Experience: Applied Research Laboratories, The University of Texas at Austin · Education: University of...

4. orcid.org › 0000/0001/6482-4285Christina Naify (0000-0001-6482-4285) - ORCID

   orcid.org › 0000/0001/6482-4285

   Contributors: Nathan P. Geib; Samuel P. Wallen; Michael R. Haberman; Christina J. Naify

5. www.semanticscholar.org › author › Christina-JChristina J. Naify - Semantic Scholar

   www.semanticscholar.org › author › Christina-J

   3 Οκτ 2012 · Semantic Scholar profile for Christina J. Naify, with 11 highly influential citations and 80 scientific research papers.

6. wwwext.arlut.utexas.edu › postdoc-atlAdvanced Technology Lab, ARL:UT Postdoctoral Position

   wwwext.arlut.utexas.edu › postdoc-atl

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   Postdoc fellowship listing from the Advanced Technology Laboratory (ATL), a military research laboratory at Applied Research Laboratories at UT Austin. ATL engages in the research, development, and application of acoustic technologies.

7. pubmed.ncbi.nlm.nih.gov › 23039544Scaling of membrane-type locally resonant acoustic ... - PubMed

   pubmed.ncbi.nlm.nih.gov › 23039544

   Locally resonant acoustic materials (LRAM) decrease sound transmission by 500% over acoustic mass law predictions at peak transmission loss (TL) frequencies with minimal added mass, making them appealing for weight-critical applications such as aerospace structures.