P

Inventor

SUNG GUN-YONG

KR39 patents
⚠️ This page may combine multiple inventors who share the name “SUNG GUN-YONG”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.

KOREA ELECTRONICS TELECOMM

20 patents
US6773836B2Aug 10, 2004

Superconductor incorporating therein superconductivity epitaxial thin film and manufacturing method thereof

KOREA ELECTRONICS TELECOMM15 citations92
US6626995B2Sep 30, 2003

Superconductor incorporating therein superconductivity epitaxial thin film and manufacturing method thereof

KOREA ELECTRONICS TELECOMM20 citations92
US5846846ADec 8, 1998

Method for making a superconducting field-effect device with grain boundary channel

KOREA ELECTRONICS TELECOMM48 citations92
US5801393ASep 1, 1998

Superconductor-insulator-superconductor Josephson tunnel junction and method therefor

KOREA ELECTRONICS TELECOMM19 citations92
US5750474AMay 12, 1998

Method for manufacturing a superconductor-insulator-superconductor Josephson tunnel junction

KOREA ELECTRONICS TELECOMM20 citations92
US8345248B2Jan 1, 2013

Optical cavity enhanced turbidimeter and turbidity measuring method

KOREA ELECTRONICS TELECOMM17 citations83
US5820682AOct 13, 1998

Laser deposition apparatus for depositing a large area oxide thin film on a substrate

KOREA ELECTRONICS TELECOMM17 citations83
US6004907ADec 21, 1999

Method of fabricating a superconducting junction using cubic YBa2 Cu3 O x thin film as a barrier layer

KOREA ELECTRONICS TELECOMM14 citations73
US5663081ASep 2, 1997

Method for making a high-temperature superconducting field-effect transistor with thick superconducting channel layer

KOREA ELECTRONICS TELECOMM12 citations73
US6998643B2Feb 14, 2006

Silicon-based light emitting diode

KOREA ELECTRONICS TELECOMM8 citations71
US6423473B1Jul 23, 2002

Fabrication method of high temperature superconducting step-edge Josephson junction

KOREA ELECTRONICS TELECOMM4 citations63
US7772587B2Aug 10, 2010

Silicon-based light emitting diode for enhancing light extraction efficiency and method of fabricating the same

KOREA ELECTRONICS TELECOMM2 citations62
US7671377B2Mar 2, 2010

Silicon based light emitting diode

KOREA ELECTRONICS TELECOMM5 citations62
US5677264AOct 14, 1997

Process for forming A-axis oriented superconducting junction

KOREA ELECTRONICS TELECOMM6 citations62
US8018595B2Sep 13, 2011

Apparatus for detecting bio materials and method for detecting bio materials by using the apparatus

KOREA ELECTRONICS TELECOMM3 citations61
US7982231B2Jul 19, 2011

Silicon-based light emitting diode using side reflecting mirror

KOREA ELECTRONICS TELECOMM1 citations51
US7791095B2Sep 7, 2010

Semiconductor light emitting diode

KOREA ELECTRONICS TELECOMM0 citations51
US7608853B2Oct 27, 2009

Semiconductor light emitting diode that uses silicon nano dot and method of manufacturing the same

KOREA ELECTRONICS TELECOMM0 citations51
US5770470AJun 23, 1998

High temperature superconducting electric field effect device and a method for fabricating the same

KOREA ELECTRONICS TELECOMM0 citations51
US5851843ADec 22, 1998

Method of manufacturing a super conduction field effect transistor

KOREA ELECTRONICS TELECOMM0 citations41

AH CHIL SEONG

2 patents

AHN CHANG GEUN

2 patents

KO HYUN SUNG

2 patents

CHUNG KWANG HYO

2 patents

KIM TAEYOUB

1 patent

KIM BONG KYU

1 patent

SEOUL NAT UNIV R&DB FOUNDATION

1 patent

KIM KYUNG HYUN

1 patent

PARK CHAN WOO

1 patent

PARK CHAN-WOO

1 patent

KIM TAE YOUB

1 patent

AH CHIL-SEONG

1 patent

KIM WANJOONG

1 patent

KO HYUNSUNG

1 patent

HONG JONGCHEOL

1 patent