Patents

SRC Library and Full-Text Search  

A compelling patent portfolio—hundreds of issued patents and patent applications.
Licensing and access to patent information is determined by your company's membership agreement with SRC

 

Viewing 466 - 480 of 553
Library tip: You will get your best search results, and you can download them, if you first sign in.
P0190
Abandoned Patent
GRC
P1170
Abandoned Patent
GRC

Methods of Forming Graphene/(Multilayer) Boron Nitride for Electronic Device Applications

Jeffry A. Kelber (Univ. of North Texas)
Patent Abandoned
Application Type: Utility
P0301
Abandoned Patent
GRC

Methods of Forming Nano-Scale Electronic and Optoelectronic Devices Using Non-Photolithographically Defined Nano-Channel Templates

Salah M. Bedair (NC State); Veena Misra (NC State); Mehmet Ozturk (NC State); Zhibo Zhang (NC State)
Patent Abandoned
Application Type: Utility
P1331
Abandoned Patent
GRC

Methods, Systems, and Computer Program Products for Asymmetric Multimode Interconnect

Paul D. Franzon (NC State); Chanyoun Won (NC State)
Patent Abandoned
Application Type: Utility
P1328
Abandoned Patent
GRC

Methods, Systems, and Computer Program Products for Low Power Multimode Interconnect for Lossy and Tightly Coupled Multi-Channel

Paul D. Franzon (NC State); Chanyoun Won (NC State)
Patent Abandoned
Application Type: Utility
P0251
Abandoned Patent
GRC

Methods, Systems, and Computer Program Products for Modeling inductive Effects in a circuit combing a plurality of localized models

Michael W. Beattie (Carnegie Mellon Univ.); Lawrence Pileggi (Carnegie Mellon Univ.)
Patent Abandoned
Application Type: Utility
P0578
Abandoned Patent
GRC

Mixed-Signal Systems With Alternating Impedance Electromagnetic Bandgap (AI-EBG) Structures For Noise Suppression/Isolation

Jinwoo Choi (Georgia Tech); Vinu Govind (Georgia Tech); Madhavan Swaminathan (Penn State)
Patent Abandoned
Application Type: Continuation (in part)
P0566
Abandoned Patent
GRC

Molecular Glass Photoresists

Anuja De Silva (Cornell); Drew Forman (Cornell); Christopher K. Ober (Cornell)
Patent Abandoned
Application Type: Utility
P1163
Abandoned Patent
FCRP
GRC

Molecular Transfer Printing Using Block Copolymers

Shengxiang Ji (U of Wisconsin/Madison); Paul Nealey (U of Wisconsin/Madison)
Patent Abandoned
Application Type: Utility
P1181
Abandoned Patent
FCRP
GRC

Molecular Transfer Printing Using Block Copolymers

Shengxiang Ji (U of Wisconsin/Madison); Paul Nealey (U of Wisconsin/Madison)
Patent Abandoned
Application Type: Patent Cooperation Treaty
P0477
Abandoned Patent
GRC

Multi-Interval Line Coding Technique for High Speed Transmissions

John Fonseka (UT/Dallas); Nischay Goel (UT/Dallas); Jin Liu (UT/Dallas)
Patent Abandoned
Application Type: Utility
P0268
Abandoned Patent
GRC

Multiple Copper Vias for Integrated Circuit Metallization and Methods of Fabricating Same

Paul S. Ho (UT/Austin); Ki-Don Lee (UT/Austin); Hideki Matsuhashi (UT/Austin); Ennis T. Ogawa (UT/Austin)
Patent Abandoned
Application Type: Utility
P0521
Abandoned Patent
GRC

Multiple Copper Vias for Intergrated Circuit Metallization

Paul S. Ho (UT/Austin); Ki-Don Lee (TI); Hideki Matsuhashi (PDF Solutions); Ennis T. Ogawa (TI)
Patent Abandoned
Application Type: Continuation
P0259
Abandoned Patent
GRC

Multiple-Thickness Gate Oxide Formed by Oxygen Implantation - device claims

Chenming Hu (UC/Berkeley); Tsu-Jae Liu (UC/Berkeley)
Patent Abandoned
Application Type: Utility
P0086
Abandoned Patent
GRC

Multiple-Thickness Gate Oxide Formed by Oxygen Implantation - Method claims

Chenming Hu (UC/Berkeley); Tsu-Jae Liu (UC/Berkeley)
Patent Abandoned
Application Type: Utility
Viewing 466 - 480 of 553

Build

Generate a custom result set—by exploring the filters below.

Now Viewing

Research Program Selected
  • GRC » All

Narrow your results...

Select Research Program

4819 Emperor Blvd, Suite 300 Durham, NC 27703 Voice: (919) 941-9400 Fax: (919) 941-9450

Important Information for the SRC website. This site uses cookies to store information on your computer. By continuing to use our site, you consent to our cookies. If you are not happy with the use of these cookies, please review our Cookie Policy to learn how they can be disabled. By disabling cookies, some features of the site will not work.