151 Publications (Page 5 of 7)
2008
INOR 498-In vitro cellular labeling of magnetic nanotubes for magnetic resonance imagingBai, Xia⋅Son, Sang Jun⋅Zhang, Shixiong⋅Liu, Wei⋅Jordan, Elaine K⋅Frank, Joseph A⋅Venkatesan, Thirumalai and Lee, Sang Bok.
| Conference Proceeding
Synthesis of superparamagnetic nanotubes as MRI contrast agents and for cell labelingBai, Xia⋅Bai, Xia⋅Son, Sang J⋅Son, Sang Jun⋅Zhang, Shixiong⋅Zhang, Shixiong⋅Liu, Wei⋅Liu, Wei⋅Jordan, Elaine K⋅Jordan, Elaine K⋅Frank, Joseph A⋅Frank, Joseph A⋅Venkatesan, Thirumalai⋅Venkatesan, Thirumalai⋅Bok Lee, Sang and Lee, Sang BNanomedicine (London, England), vol. 3, (no. 2), pp. 174, 2008-April-01.
| Journal Article
Synthesis of superparamagnetic nanotubes as MRI contrast agents and for cell labelingBai, Xia⋅Son, Sang Jun⋅Zhang, Shixiong⋅Liu, Wei⋅Jordan, Elaine K⋅Frank, Joseph A⋅Venkatesan, Thirumalai and Lee, Sang Bok(pp. 163–174). Future Medicine
Synthesis of superparamagnetic nanotubes as MRI contrast agents and for cell labelingBai, Xia⋅Son, Sang Jun⋅Zhang, Shixiong⋅Liu, Wei⋅Jordan, Elaine K⋅Frank, Joseph A⋅Venkatesan, Thirumalai and Lee, Sang BokNanomedicine, vol. 3, pp. 163–174.
| Journal Article
2007
Anomalous Hall Effect in Superparamagnetic Co-(La, Sr) TiO _ {3} Thin FilmsZhang, Shixiong⋅Yu, Weiqiang⋅Ogale, Satish B⋅Shinde, Sanjay R⋅Kundaliya, Darshan C⋅Higgins, Joshua S⋅Sahu, Ranjan⋅Greene, Richard L⋅Venkatesan, Thirumalai⋅Tse, Wangkong and othersBulletin of the American Physical Society, vol. 52.
| Journal Article
Anomalous Hall Effect in Superparamagnetic Co-(La, Sr) TiO _ {3} Thin FilmsZhang, Shixiong⋅Yu, Weiqiang⋅Ogale, Satish B⋅Shinde, Sanjay R⋅Kundaliya, Darshan C⋅Higgins, Joshua S⋅Sahu, Ranjan⋅Greene, Richard L⋅Venkatesan, Thirumalai⋅Tse, Wangkong and othersAPS
Growth parameter-property phase diagram for pulsed laser deposited transparent oxide conductor anatase Nb: Ti O 2Zhang, Sx⋅Dhar, S⋅Yu, W⋅Xu, H⋅Ogale, SB and Venkatesan, T(pp. 112113). AIP
Growth parameter-property phase diagram for pulsed laser deposited transparent oxide conductor anatase Nb: Ti O 2Zhang, Sx⋅Dhar, S⋅Yu, W⋅Xu, H⋅Ogale, SB and Venkatesan, TApplied Physics Letters, vol. 91, pp. 112113.
| Journal Article
Magnetism and anomalous Hall effect in Co-(La, Sr) Ti O 3Zhang, Sx⋅Yu, W⋅Ogale, SB⋅Shinde, SR⋅Kundaliya, DC⋅Tse, Wang-Kong⋅Young, SY⋅Higgins, JS⋅Salamanca-Riba, LG⋅Herrera, M and othersPhysical Review B, vol. 76, pp. 085323.
| Journal Article
Magnetism and anomalous Hall effect in Co-(La, Sr) Ti O 3Zhang, Sx⋅Yu, W⋅Ogale, SB⋅Shinde, SR⋅Kundaliya, DC⋅Tse, Wang-Kong⋅Young, SY⋅Higgins, JS⋅Salamanca-Riba, LG⋅Herrera, M and others(pp. 085323). APS
Niobium doped TiO 2: Intrinsic transparent metallic anatase versus highly resistive rutile phaseZhang, Sx⋅Kundaliya, DC⋅Yu, W⋅Dhar, S⋅Young, SY⋅Salamanca-Riba, LG⋅Ogale, SB⋅Vispute, RD and Venkatesan, T(pp. 013701). AIP
Niobium doped TiO 2: Intrinsic transparent metallic anatase versus highly resistive rutile phaseZhang, Sx⋅Kundaliya, DC⋅Yu, W⋅Dhar, S⋅Young, SY⋅Salamanca-Riba, LG⋅Ogale, SB⋅Vispute, RD and Venkatesan, TJournal of Applied Physics, vol. 102, pp. 013701.
| Journal Article
2006
Characterization of Interfaces and Defects on the Atomic Scale with the Conjuction of Stem Z-Contrast Imaging and EelsFu, LF⋅Browning, ND⋅Kundaliya, DC⋅Zhang, Sx⋅Ramadan, W⋅Venkatesan, T and Ogale, SB(pp. 171–186). John Wiley & Sons, Inc.
Characterization of Interfaces and Defects on the Atomic Scale with the Conjuction of Stem Z-Contrast Imaging and EelsFu, LF⋅Browning, ND⋅Kundaliya, DC⋅Zhang, Sx⋅Ramadan, W⋅Venkatesan, T and Ogale, SBInterfaces in Heterogeneous Ceramic Systems: Ceramic Transactions Series, Volume 191, pp. 171–186.
| Journal Article
Characterization of Interfaces and Defects on the Atomic Scale with the Conjunction of STEM Z-Contrast Imaging and EELSFu, F⋅Browning, ND⋅Kundaliya, DC⋅Zhang, Sx⋅Ramadan, W⋅Venkatesan, T and Ogale, SBCERAMIC TRANSACTIONS, vol. 191, pp. 171.
| Journal Article
Characterization of Interfaces and Defects on the Atomic Scale with the Conjunction of STEM Z-Contrast Imaging and EELSFu, F⋅Browning, ND⋅Kundaliya, DC⋅Zhang, Sx⋅Ramadan, W⋅Venkatesan, T and Ogale, SB(pp. 171). American Ceramic Society; 1998
Consequences of niobium doping for the ferromagnetism and microstructure of anatase Co: TiO 2 filmsZhang, Sx⋅Ogale, SB⋅Fu, LF⋅Dhar, S⋅Kundaliya, DC⋅Ramadan, W⋅Browning, ND and Venkatesan, T(pp. 012513). AIP
Consequences of niobium doping for the ferromagnetism and microstructure of anatase Co: TiO 2 filmsZhang, Sx⋅Ogale, SB⋅Fu, LF⋅Dhar, S⋅Kundaliya, DC⋅Ramadan, W⋅Browning, ND and Venkatesan, TApplied physics letters, vol. 88, pp. 012513.
| Journal Article
Defects in Co-doped and (Co, Nb)-doped Ti O 2 ferromagnetic thin filmsFu, LF⋅Browning, ND⋅Zhang, Sx⋅Ogale, SB⋅Kundaliya, DC and Venkatesan, T(pp. 123910). AIP
Defects in Co-doped and (Co, Nb)-doped Ti O 2 ferromagnetic thin filmsFu, LF⋅Browning, ND⋅Zhang, Sx⋅Ogale, SB⋅Kundaliya, DC and Venkatesan, TJournal of applied physics, vol. 100, pp. 123910.
| Journal Article
Magnetic properties of “two electron” doped manganites: CaMn 1- x W x O 3 (0.05≤ x≤ 0.20)Pi, Li⋅Zhang, Shixiong⋅Tong, Wei⋅Tan, Shun and Zhang, YuhengSolid state communications, vol. 139, pp. 460–464.
| Journal Article
Magnetic properties of “two electron” doped manganites: CaMn 1- x W x O 3 (0.05≤ x≤ 0.20)Pi, Li⋅Zhang, Shixiong⋅Tong, Wei⋅Tan, Shun and Zhang, Yuheng(pp. 460–464). Elsevier
Magnetic properties of "two electron" doped manganites: CaMn.sub.1-x W.sub.x O.sub.3 ( 0.05 [less than or equal to] x [less than or equal to] 0.20 )Pi, Li⋅Zhang, Shixiong⋅Tong, Wei⋅Tan, Shun and Zhang, YuhengSolid State Communications, vol. 139, (no. 9), pp. 460, 20060901.
| Journal Article
Negligible Magnetism in transition metal (Cr, Mn, Fe, Co) doped Nb: SrTiO3Zhang, Shixiong⋅Ogale, Satish⋅Ramadan, Wegdan⋅Dhar, Sankar⋅Kundaliya, Darshan⋅Venkatesan, Thirumalai⋅Fu, Lianfeng and Browning, NigelAPS
Negligible Magnetism in transition metal (Cr, Mn, Fe, Co) doped Nb: SrTiO3Zhang, Shixiong⋅Ogale, Satish⋅Ramadan, Wegdan⋅Dhar, Sankar⋅Kundaliya, Darshan⋅Venkatesan, Thirumalai⋅Fu, Lianfeng and Browning, NigelBulletin of the American Physical Society.
| Journal Article
