Add to ORKGCRUSER Funded ResearchFY20 Funded Research ProposalCRUSER has funding to support NPS Faculty research focused on any aspect of unmanned systems/robotics related research. Researchers are selected based upon presentations at our spring Technical Continuum (TechCon) or our annual Call for Proposals. Proposals that support concepts from our current innovation thread are encouraged, but all research related to unmanned systems or robotics will be considered.Consortium for Robotics and Unmanned Systems Education and Research (CRUSER
This dissertation explores the structure, chemical reactivities, electromagnetic response, and mater...
Among the requirements for a modern airplane is a requirement of their low visibility, i.e. low refl...
This research looks at the design and fabrication of sub 100-nm carbon nanotube-based vacuum field e...
Includes bibliographical references (leaves 122-124)This project is based on calculating the shieldi...
Modern spacecraft and aircraft are subjected to broad spectrum electromagnetic interference (EMI). A...
Carbon nanotube (CNT) materials are exciting candidates for spacecraft by virtue of their unpreceden...
The growth of the application of electronic devices has created a new form of pollution known as noi...
It is crucial to extend the electromagnetic compatibility (EMC) studies to the new frequency regions...
Following the development of the new electronic systems and communication networks, the levels of el...
Techniques have been developed for measuring the electrophysical characteristics of carbon nanomater...
Significant development of carbon nanotubes has occurred since they were first studied in the 1990\u...
The Electromagnetic Interference (EMI) Shielding Effectiveness (SE) has become one of the important ...
With an emergent need to miniaturize multifunctional radio frequency architectures, efficient design...
Carbon nanotubes are effective nanomodifiers – providing the formation of a variety of thermal and e...
Numerous efforts are ongoing to research and develop nanocomposite materials for space applications....
This dissertation explores the structure, chemical reactivities, electromagnetic response, and mater...
Among the requirements for a modern airplane is a requirement of their low visibility, i.e. low refl...
This research looks at the design and fabrication of sub 100-nm carbon nanotube-based vacuum field e...
Includes bibliographical references (leaves 122-124)This project is based on calculating the shieldi...
Modern spacecraft and aircraft are subjected to broad spectrum electromagnetic interference (EMI). A...
Carbon nanotube (CNT) materials are exciting candidates for spacecraft by virtue of their unpreceden...
The growth of the application of electronic devices has created a new form of pollution known as noi...
It is crucial to extend the electromagnetic compatibility (EMC) studies to the new frequency regions...
Following the development of the new electronic systems and communication networks, the levels of el...
Techniques have been developed for measuring the electrophysical characteristics of carbon nanomater...
Significant development of carbon nanotubes has occurred since they were first studied in the 1990\u...
The Electromagnetic Interference (EMI) Shielding Effectiveness (SE) has become one of the important ...
With an emergent need to miniaturize multifunctional radio frequency architectures, efficient design...
Carbon nanotubes are effective nanomodifiers – providing the formation of a variety of thermal and e...
Numerous efforts are ongoing to research and develop nanocomposite materials for space applications....
This dissertation explores the structure, chemical reactivities, electromagnetic response, and mater...
Among the requirements for a modern airplane is a requirement of their low visibility, i.e. low refl...
This research looks at the design and fabrication of sub 100-nm carbon nanotube-based vacuum field e...