국내 특허

  • 2018

  1. [Korea] Magnetic tunnel junction device with spin-filter structure, 10-1825318 (2018.01.29)
  2. [Korea] Metal nanolaminates andf manufacturing method thereof, 10-1837440 (2018.03.02)
  • 2017

  1. [Korea] Metallic nanotube and preparation method thereof, 10-1711888 (2017.02.24) 
  2. [Korea] Multilayer films exhibiting perpendicular magnetic anisotropy, 10-1738829 (2017.05.16)
  3. [Korea] Alloy films exhibiting perpendicular magnetic anisotropy, 10-1738828 (2017.05.16)
  4. [Korea] Nanoporous polymer membrane and preparation method thereof, 10-1767236
  5. [Korea] Nanoparticle-polymer fluorescence composites and manufacturing method of the same, 10-1775276 (2017.08.30)
  6. [Korea] Nanofiber-nanowire composite composites and the manufacturing method of the same, 10-1777975 (2017.09.06)
  • 2016

  1. [Korea] Electronic device comprising magnetic nanoparticles and preparation method thereof, 10-1627289 (2016.05.30)
  2. [Korea] Fluorescent and magnetic core-shell nanochain structures and preparation method thereof, 10-1683059 (2016.11.30)
  • 2014

  1. [Korea] Nano particles having a curie temperature within biocompatible temperature and method for preparing the same, 10-1379971 (2014.03.25)
  2. [Korea] Surface-modified nanoparticles and method isolating nucleic acid using it, 10-1402390 (2014.05.26)
  3. [Korea] Spinning nanowires and the method for inducing cell eradication using the same, 10-1406632 (2014.06.03)
  4. [Korea] Antibody-attached nanoparticles in proper orientation of antibody and the process for producing the same, 10-1433021 (2014.08.18)
  5. [Korea] Nano-catalytic filter and manufacturing method thereof, 10-1460437 (2014.11.04)
  • 2013

  1. [Korea] A Chimeric protein, A Preparation method thereof, A, 10-1267260 (2013.05.20)
  2. [Korea] A structure comprising nano antennas and method for preparing the same, 10-1271696 (2013.05.30)
  3. [Korea] Zinc oxide affinity peptide and process for introducing in vivo a biologically active substance using the same, 10-1276180 (2013.06.12)
  4. [Korea] A Chimeric protein, A Preparation method thereof, A Nanosenser fixed with the same and An application thereof, 10-1309560 (2013.09.11)
  • 2012

  1. [Korea] Fabrication of monolithic polymer nanofluidic channels using nanowires, 10-1120940 (2012.02.21)
  2. [Korea] Cell Detection Method Using Amplification of Aptamer, 10-1132755 (2012.03.27)
  3. [Korea] A nanohair structure and an application thereof, 10-1163535 (2012.07.02)
  • 2011

  1. [Korea] Method for fabricating Multi-Component Nanowires, 10-1093364 (2011.12.06)
  • 2009

  1. [Korea] Substrate a built-in rechargeable secondary battery and Semiconductor having the same, 10-0898020 (2009.05.11)
  2. [Korea] Integrated passive devices and method for manufacturing the same, 10-0899894 (2009.05.21)
  • 2008

  1. [Korea] CoFeSiB/Pt multilayers exhibiting perpendicular magnetic anisotropy, 10-0834811 (2008.05.28)
  2. [Korea] Method of Manufacturing Multilayered Nanowires, 10-0848689 (2008.07.21)
  • 2007

  1. [Korea] Method Of Manufacturing Metal Nano-Discs, 10-0733794 (2007.06.25)
  2. [Korea] Bifunctional Magnetic Core-Semiconductor Shell Nanoparticles And Manufacturing Method Thereof, 10-0759716 (2007.09.12)
  3. [Korea] Method of Manufacturing Uniform Bifunctional Nanoparticles, 10-0759715 (2007.09.12)
  4. [Korea] Magnetic core - ceramic shell nanocrystals and manufacturing method thereof, 10-0791731 (2007.12.27)
  5. [Korea] Method of Manufacturing Hexagonal Nanoplate Diamond, 10-0791790 (2007.12.27)
  6. [Korea] Apparatus of nanocontacts having improved contact shape, 10-0791651 (2007.12.27)
  • 2006

  1. [Korea] Magnetic Tunnel Junctions Employing Amorphous NiFeSiB F ree Layer, 10-0586267 (2006.05.26)
  2. [Korea] Magnetic Tunnel Junctions Employing Amorphous CoFeSiB F ree Layer, 10-0586265 (2006.05.26)
  3. [Korea] Nano-particle embedded nano-structure, 10-0619590 (2006.08.28) 
  • 2005

  1. [Korea] Magnetoresistive device exhibiting small and stable bias fields independent of device size variation, 10-0522943 (2005.10.13)
  • 2002

  1. [Korea] Magnetic Properties of Reactively Sputtered Fe1-xO and Fe3O4 Thin Films, 10-0352157 (2002.08.27)


해외 특허

  • 2018

  1. [JAPAN] Nano-catalyst filter and method of manufacturing the same, 6329245 (2018.04.27)
  • 2017

  1. [U.S.A.] Complex of zinc oxide binding peptide, and zinc oxide nanoparticles, and use thereof, 9718860 (2017.08.01)
  2. [U.S.A.] Structure having nanoantenna and method for manufacturing same, 9801998 (2017.10.31)
  • 2016

  1. [JAPAN] Nano particles having a curie temperature within biocompatible temperature and method for preparing the same, 5865396 (2016.01.08)
  • 2015

  1. [JAPAN] Complex of zinc oxide nanoparticle and protein comprising zinc oxide-bending peptide, and use thereof, 5722334 (2015.04.03)
  2. [U.S.A.] Method of Manufacturing Multilayered Nanowires, 9175412 (2015.11.03)
  • 2014

  1. [JAPAN] Method For Fabricating Multi-Component Nanowires, 5525090 (2014.04.18)
  2. [U.S.A.] CoFeSiB/Pt multilayers exhibiting perpendicular magnetic anisotropy, 8852761 (2014.10.07)
  • 2013

  1. [U.S.A.] CoFeSiB/Pt multilayers exhibiting perpendicular magnetic anisotropy, 8431256 (2013.04.30)
  2. [U.S.A.] Magnetic core - ceramic shell nanocrystals and manufacturing method thereof, 857337 (2013.10.15)
  3. [E.P.OChimeric protein, method for manufacturing the same, nano-sensor in which the chimeric protein is fixed and application thereof, 8586370 (2013.11.19)
  • 2012

  1. [JAPAN] Magnetic core - ceramic shell nanocrystals and manufacturing method thereof, 4959587 (2012.05.19)
  2. [E.P.O] Method for fabricating Multi-Component Nanowires, 2204474 (2012.07.02)
  3. [E.P.O] Iron-Gold barcode nanowire and manufacturing method thereof, 1925696 (2012.09.10)
  • 2011

  1. [JAPAN] Method of Manufacturing Hexagonal Nanoplate Diamond, 4663668 (2011.01.14)
  2. [U.S.A.] Bifunctional Magnetic Core- Semiconductor Shell Nanoparticles And Manufacturing Method Thereof, 7910164 (2011.03.22) 
  3. [JAPAN] Bifunctional Magnetic Core- Semiconductor Shell Nanoparticles And Manufacturing Method Thereof, 4745306 (2011.05.20)
  4. [JAPAN] Method of Manufacturing Multilayered Nanowires, 4847429 (2011.10.21)
  • 2010

  1. [E.P.O] Magnetic core - ceramic shell nanocrystals and manufacturing method thereof, 1942508 (2010.05.19) 
  2. [JAPAN] Nanocontacts having improved contact shape, 4542420 (2010.07.02)
  3. [JAPAN] CoFeSiB/Pt multilayers exhibiting perpendicular magnetic anisotropy, 4586040 (2010.09.10)
  • 2009

  1. [E.P.O] Magnetoresistive device exhibiting small and stable bias fields independent of device size variation, 1471543 (2009.07.08)
  • 2008

  1. [E.P.O] Magnetic Tunnel Junctions Employing Amorphous CoFeSiB Free Layer, EP1701357B1 (2008.10.29)
  • 2007

  1. [U.S.A.] Magnetoresistive device exhibiting small and stable bias fields independent of device size variation, 7193823 (2007.03.20)
  2. [JAPAN] Magnetoresistive device exhibiting small and stable bias fields independent of device size variation, 3988883 (2007.07.27)
  3. [U.S.A.] Magnetic Tunnel Junction Structure with Amorphous NiFeSiB Free Layer, 7304359 (2007.12.04)