1. CMU Intellectual Repository

Search


Current filters:

Start a new search
Add filters:

Use filters to refine the search results.

 | 
Results 1-10 of 119 (Search time: 0.003 seconds).
Item hits:
Issue DateTitleAuthor(s)
1-Jan-2013Synthesis and characterization of Zn<inf>3</inf>Nb<inf>2</inf>O<inf>8</inf>nanopowders via a rapid vibro-milling techniqueP. Pakawanit; P. Amonpattaratkit; R. Yimnirun; S. Ananta
1-Jan-2013Investigations on morphology and domain configurations in 0-3 lead magnesium niobate titanate-portland cement composites by SEM and PFMN. Jaitanong; H. R. Zeng; G. R. Li; Q. R. Yin; R. Yimnirun; A. Chaipanich
1-Jan-2013Phase formation and magnetic properties of bismuth ferrite-lead titanate multiferroic compositesR. Wongmaneerung; P. Jantaratana; R. Yimnirun; S. Ananta
1-Jan-2013Aging behavior of (Cr,Nb)-doped PZT ceramicsP. Ketsuwan; A. Prasatkhetragarn; A. Ngamjarurojana; S. Ananta; R. Yimnirun
25-Sep-2014Phase formation, dielectric and magnetic properties of bismuth ferrite-lead magnesium niobate multiferroic compositesR. Wongmaneerung; J. Padchasri; R. Tipakontitikul; T. H. Loan; P. Jantaratana; R. Yimnirun; S. Ananta
1-May-2013Chemical investigation of Fe<sup>3+</sup>/Nb<sup>5+</sup>-doped barium titanate ceramicsL. Srisombat; S. Ananta; B. Singhana; T. Randall Lee; R. Yimnirun
20-May-2013Thermal expansion and polarization behavior in lead Titanate/Zinc Oxide nanocomposite ceramicsR. Wongmaneerung; A. Ngamjarurojana; R. Yimnirun; S. Ananta
1-Dec-2013Piezoelectric properties and domain configurations of PZT ceramic with NiO additionN. Jaitanong; W. C. Vittayakorn; H. R. Zeng; Q. R. Yin; R. Yimnirun; A. Chaipanich
1-Dec-2013Dielectric aging of Cr-doped PZT ceramicsP. Ketsuwan; A. Prasatkhetragarn; A. Ngamjarurojana; S. Ananta; R. Yimnirun
1-Mar-2012Crystal structure and ferroelectric properties of Mn-doped ((Ka<inf>0.5</inf>Na<inf>0.5</inf>)<inf>0.935</inf>Li<inf>0.065</inf>)NbO<inf>3</inf>lead-free ceramicsS. Wongsaenmai; K. Kanchiang; S. Chandarak; Y. Laosiritaworn; S. Rujirawat; R. Yimnirun

Discover