|
Radiation-Controlled Release of Drugs for Chemo-Radiotherapy
2018-WON-68028
|
-
Chemical Engineering
-
Medical/Health
|
Won, You-Yeon
|
|
Controlling Current or Mitigating Electromagnetic or Radiation Interference Effects Using Multiple and Different Semi-Conductive Channel Regions
CRANE-200287
|
-
NSWC Crane
-
Electrical Engineering
|
Titus, Jeffrey L.
|
|
Characterizing Radiation Effects in Integrated Circuits
CRANE-200261
|
-
NSWC Crane
-
Electrical Engineering
|
Roach, Austin
|
|
Method for Improving the Radiation Tolerance of Floating Gate Memories
CRANE-200321
|
-
NSWC Crane
-
Electrical Engineering
|
Kay, Matthew
|
|
Combination MOSFET and JFET Operable for Modulating Current Voltage Response or Mitigating Electromagnetic or Radiation Interference Effects by Altering Current Flow through the MOSFETS SCR
CRANE-200114
|
-
NSWC Crane
-
Electrical Engineering
|
Cole, Patrick L.
|
|
Electronics Test System for Radiation Rich Environments
CRANE-103034
|
-
NSWC Crane
-
Aeronautics
|
Duncan, Adam
|
|
Radiation Hardened By Design Power Structures
CRANE-200100
|
-
NSWC Crane
-
Electrical Engineering
|
Titus, Jeffrey L.
|
|
Digital Test System
CRANE-101980
|
-
NSWC Crane
-
Electrical Engineering
|
Duncan, Adam
|
|
Apparatuses and Methods for Modulating Current/Voltage Response Using Multiple Semi-Conductive Channel Regions (SCR) Produced from Different Integrated Semiconductor Structures
CRANE-200228
|
-
NSWC Crane
-
Electrical Engineering
|
Titus, Jeffrey L.
|
|
Microorganisms as Radiation Sensors
2016-ZIAI-67386
|
-
Biotechnology
-
Medical/Health
|
Ziaie, Babak
|
|
Wireless Tracking for Radiation Cancer Therapy
66061
|
-
Biomedical Engineering
|
Jung, Byunghoo
|