Leading-Edge Research and Development

Skip Navigation LinksLeading-Edge Research and Development > CNSE Technology Management > View Nanotechnologies > Energy and Environment
Energy and Environment

To browse the Energy and Environmental Database, please use the below links.

Energy

Case Number Disclosure Title Inventor(s)
RN2-11-16
 Carbon nanotube growth on silicon and silicon nanowire substrates via simultaneous delivery of carbon and catalyst via plasma enhanced atomic layer deposition (PEALD)
Jae Ho Lee; Issac Lund; Eric Eisenbraun; Robert Geer
RN2-09-16 Method of creating Cs-free III-Nitride based Photocathodes Shahedipour-Sandvik, Fatemeh; Tripathi, Neeraj
RN2-09-12 Novel Nanoporous Cathodes for Oxygen Reduction Reaction in High Temperature Fuel Cells Dalavoy, Tulika; Elter, John
RN2-09-01A Spatial Tuneable Pressure Plates for bonding wafer to wafer/die to wafer applications Altemus, Bruce
RN2-09-01 Piezoelectric Sensor Array for Pressure Uniformity/Spatial Verification Altemus, Bruce
R2-08-24 Apparatus and methods for continuously growing carbon nanotubes and graphene sheets Lee, Ji Ung
R2-08-16 Split gate method for MOSFET Wang, Wei; Hartley, John
R2-06-10 All Superconducting Motor with Integrated Power Electronics Gubser, Don
Hennessy, Mike
Haldar, Pradeep
Mueller, Edward
R2-06-04 Direct Powering of Implantable Bio-medical devices with Thermo-Electric Generator Haldar, Pradeep; Efstathiadis, Harry
R2-05-10 Synthesis of Engineered Nanoarrays of Platium Based metal for fuel cell applications Haldar, Pradeep; Choi, Pyoungho; Paschos, Odysseas
R2-05-08 Ion beam deflector for FIB sample preparation Lifshin, Eric ; Theil, Brad; Levine, Ernie
R2-05-06 Hybrid solar cells based on nanostructured bulk semiconductors and organic materials Tokranova, Natalya, Xu, Bai, Castracane, James, Levitsky, Igor, Euler, William
R2-04-05 Nanosensor networks using optical communication Carpenter Michael A.; Goel, Sanjay; Bush, Stephen F.
R2-04-02 MEMS based self caibrating systems for chemical sensors Carpenter, Michael A.
R2-03-09 Harsh compatable gate material for GaN or SiC Chemical sensor devices Carpenter, Michael A.
R2-03-08 Optical Methods and Systems for Detecting a Constituent in a Gas Containing Oxygen in Harsh Environments Carpenter, Michael A.
R2-03-07 Methods for forming palladium alloy thin films and optical hydrogen sensors employing palladium alloy thin films Carpenter, Michael A.; Zhao, Zhouying
R2-02-07 Oxidation Lift-off method Oktyabrsky, Serge; Yakimov, Micahel
R2-02-04 Substrate Engineering Technique for Low Dislocation Defect III-Nitride Wideband Gap Material (AllnGaN) Growth on Silicon Substrate Shahedipour-Sandvik, Fatemeh; Wu, Di, Kahn, Muhammad Jamil
R2-02-02 Method for Enhancing the Resolution of SEM Lifshin, Eric ; Moore, Richard

Back to Top

Environmental

Case Number Disclosure Title Inventor(s)
RN2-11-16
 Carbon nanotube growth on silicon and silicon nanowire substrates via simultaneous delivery of carbon and catalyst via plasma enhanced atomic layer deposition (PEALD)
Jae Ho Lee; Issac Lund; Eric Eisenbraun; Robert Geer
RN2-09-16 Method of creating Cs-free III-Nitride based Photocathodes Shahedipour-Sandvik, Fatemeh; Tripathi, Neeraj
RN2-09-12 Novel Nanoporous Cathodes for Oxygen Reduction Reaction in High Temperature Fuel Cells Dalavoy, Tulika; Elter, John
RN2-09-11 In-Situ Confined Plasma Channel Source for Enhanced Thin Films Uniformity Stewart, Stephen L.
R2-08-24 Apparatus and methods for continuously growing carbon nanotubes and graphene sheets Lee, Ji Ung
R2-07-25 Compositions and Methods for Treating Viral Infections (RNA Switch) Tenenbaum, Scott; Ajish George; Douglas Conklin; Antonis Kourtidis; christopher Zaleski; Frank Doyle
R2-07-24 High-throughput Nanoscal Immunoassay Platform Tenenbaum, Scott
R2-06-19.4 Non-Random Control Data Set Generation for Facilitating Genomic Data Processing Tenenbaum, Scott; Zaleski, Christopher; Doyle, Francis; George, Ajish
R2-06-19.3 Segmented Storage and Retrieval of Nucleotide Sequence Information Tenenbaum, Scott; Zaleski, Christopher; Doyle, Francis; George, Ajish
R2-06-19.2 Genomic Data Processing Utilizing Correlation Analysis of Nucleotide Loci Tenenbaum, Scott; Zaleski, Christopher; Doyle, Francis; George, Ajish
R2-06-19.1 Genomic Data Processing Utilizing Correlation Analysis of Necleotide Loci of Multiple Data Sets Tenenbaum, Scott; Zaleski, Christopher; Doyle, Francis; George, Ajish
R2-04-05 Nanosensor networks using optical communication Carpenter Michael A.;Goel, Sanjay; Bush,Stephen F.
R2-04-02 MEMS based self caibrating systems for chemical sensors Carpenter, Michael A.
R2-03-09 Harsh compatable gate material for GaN or SiC Chemical sensor devices Carpenter, Michael A.
R2-03-08 Optical Methods and Systems for Detecting a Constituent in a Gas Containing Oxygen in Harsh Environments Carpenter, Michael A.
R2-03-07 Methods for forming palladium alloy thin films and optical hydrogen sensors employing palladium alloy thin films Carpenter, Michael A.; Zhao, Zhouying
R2-02-04 Substrate Engineering Technique for Low Dislocation Defect III-Nitride Wideband Gap Material (AllnGaN) Growth on Silicon Substrate Shahedipour-Sandvik, Fatemeh; Wu, Di, Kahn, Muhammad Jamil

Back to Top

Fuel Cells

Case Number Disclosure Title Inventor(s)
RN2-11-16 Carbon nanotube growth on silicon and silicon nanowire substrates via simultaneous delivery of carbon and catalyst via plasma enhanced atomic layer deposition (PEALD) Jae Ho Lee; Issac Lund; Eric Eisenbraun; Robert Geer
RN2-09-12 Novel Nanoporous Cathodes for Oxygen Reduction Reaction in High Temperature Fuel Cells Dalavoy, Tulika; Elter, John
R2-03-07 Methods for forming palladium alloy thin films and optical hydrogen sensors employing palladium alloy thin films Carpenter, Michael A.; Zhao, Zhouying
R2-03-08 Optical Methods and Systems for Detecting a Constituent in a Gas Containing Oxygen in Harsh Environments Carpenter, Michael A.

Back to Top

Power Electronics

Case Number Disclosure Title Inventor(s)
RN2-11-16 Carbon nanotube growth on silicon and silicon nanowire substrates via simultaneous delivery of carbon and catalyst via plasma enhanced atomic layer deposition (PEALD) Jae Ho Lee; Issac Lund; Eric Eisenbraun; Robert Geer
RN2-09-08 Bandgap Engineering in Mono-and Multi-layer Graphene via formation of Interface charges Shahedipour-Sandvik, Fatemeh
R2-08-16 Split gate method for MOSFET Wang, Wei; Hartley, John
R2-02-04 Substrate Engineering Technique for Low Dislocation Defect III-Nitride Wideband Gap Material (AllnGaN) Growth on Silicon Substrate Shahedipour-Sandvik, Fatemeh; Wu, Di, Kahn, Muhammad Jamil

Back to Top

Sensors

Case Number Disclosure Title Inventor(s)
RN2-11-16 Carbon nanotube growth on silicon and silicon nanowire substrates via simultaneous delivery of carbon and catalyst via plasma enhanced atomic layer deposition (PEALD) Jae Ho Lee; Issac Lund; Eric Eisenbraun; Robert Geer
RN2-09-16 Method of creating Cs-free III-Nitride based Photocathodes Shahedipour-Sandvik , Fatemeh; Tripathi, Neeraj
RN2-09-09 Built-in CMP pad End-of-Life-Monitor Borst, Christopher
RN2-09-08 Bandgap Engineering in Mono-and Multi-layer Graphene via formation of Interface charges Shahedipour-Sandvik, Fatemeh
RN2-09-01A Spatial Tuneable Pressure Plates for bonding wafer to wafer/die to wafer applications Altemus, Bruce
RN2-09-01 Piezoelectric Sensor Array for Pressure Uniformity/Spatial Verification Altemus, Bruce
R2-08-14 Porous Micro-Heater for Surface Dusruption and Controllled Sampling of Fluids Gadre, Anand
R2-08-09 Sticksensor Minimally invasive nanosensor for Continuous Monitoring of Bioanalysis Gadre, Anand
R2-07-16 Method of Determining Genetic Sequences for Controlled Complex Assembly Hartley,John; Raghunathan, Sudharashanan; Ruan, Junru; Ozkan, Mihrl; Akin, Rngin
R2-02-04 Substrate Engineering Technique for Low Dislocation Defect III-Nitride Wideband Gap Material (AllnGaN) Growth on Silicon Substrate Shahedipour-Sandvik, Fatemeh; Wu, Di, Kahn, Muhammad Jamil
R2-03-07 Methods for forming palladium alloy thin films and optical hydrogen sensors employing palladium alloy thin films Carpenter, Michael A.; Zhao, Zhouying
R2-03-08 Optical Methods and Systems for Detecting a Constituent in a Gas Containing Oxygen in Harsh Environments Carpenter, Michael A.
R2-03-09 Harsh compatable gate material for GaN or SiC Chemical sensor devices Carpenter, Michael A.
R2-04-02 MEMS based self caibrating systems for chemical sensors Carpenter, Michael A.
R2-04-05 Nanosensor networks using optical communication Carpenter Michael A.;Goel, Sanjay; Bush,Stephen F.

Back to Top

Software

Case Number Disclosure Title Inventor(s)
R2-06-19.4 Non-Random Control Data Set Generation for Facilitating Genomic Data Processing Tenenbaum, Scott; Zaleski, Christopher; Doyle, Francis; George, Ajish
R2-06-19.3 Segmented Storage and Retrieval of Nucleotide Sequence Information Tenenbaum, Scott; Zaleski, Christopher; Doyle, Francis; George, Ajish
R2-06-19.2 Genomic Data Processing Utilizing Correlation Analysis of Nucleotide Loci Tenenbaum, Scott; Zaleski, Christopher; Doyle, Francis; George, Ajish
R2-06-19.1 Genomic Data Processing Utilizing Correlation Analysis of Necleotide Loci of Multiple Data Sets Tenenbaum, Scott; Zaleski, Christopher; Doyle, Francis; George, Ajish
R2-06-15 Direct Closed Loop Proportional-Integral- Derivaive (PID) Substraite Temperature Control for a Molecular Beam Epilaxy (MBE) Machine Via Input from a Band-Edge temperature measurement system LaBella, Vincent; Awo-Affouda, Chaffra; Stollenwerk, Andrew
R2-04-05 Nanosensor networks using optical communication Carpenter Michael A.; Goel, Sanjay; Bush, Stephen F.

Back to Top

Solar Cells

Case Number Disclosure Title Inventor(s)
RN2-11-16
 Carbon nanotube growth on silicon and silicon nanowire substrates via simultaneous delivery of carbon and catalyst via plasma enhanced atomic layer deposition (PEALD)
Jae Ho Lee; Issac Lund; Eric Eisenbraun; Robert Geer
R2-02-04 Substrate Engineering Technique for Low Dislocation Defect III-Nitride Wideband Gap Material (AllnGaN) Growth on Silicon Substrate Shahedipour-Sandvik, Fatemeh; Wu, Di, Kahn, Muhammad Jamil