Keyphrases
Venus Surface
100%
Seismometer
100%
Molecular Electronic Transducer
63%
Venus
63%
Molten Salt
36%
Diaphragm
18%
Shock Tolerance
18%
Transimpedance Amplifier
18%
Sensing Element
18%
Installation Angle
18%
Readout Circuit
18%
Picasso
18%
Computational Modeling
18%
High Temperature
18%
High-shock
18%
Manufacturing Considerations
9%
Material Considerations
9%
High Ability
9%
Venus Missions
9%
Silicon Electronics
9%
Silicon Carbide Transistors
9%
Wind-induced Noise
9%
Shell Dimensions
9%
Wayne State University
9%
Silicon Carbide Components
9%
Experimental Support
9%
Surface Stations
9%
Film Technique
9%
Guided Missile
9%
Venus Express
9%
Magmatic Activity
9%
Liquid Level Sensing
9%
Metallic Bonding
9%
Seismic Signal
9%
High-throughput Experimentation
9%
Reduced Time
9%
Elevated Temperature
9%
Ionic Liquid Electrolyte
9%
Subduction
9%
Interior Structure
9%
Wide Dynamic Range
9%
Tectonic Activity
9%
Ceramic Substrate
9%
Sensor Deployment
9%
Cost Reduction
9%
Input Impedance
9%
Vertical Profile
9%
Basalt
9%
Electrolyte
9%
Surface Environment
9%
High Sensitivity
9%
Frequency Response
9%
Goal Understanding
9%
Experimental Validation
9%
Sensor Design
9%
Scientific Community
9%
High Conductivity
9%
Environmental Tolerance
9%
Proposed Work
9%
High Temperature Applications
9%
Fluidics
9%
Plume
9%
Liquid State
9%
Science Objectives
9%
Ground Motion
9%
Seismicity
9%
Ultrathin Films
9%
Thermally Activated Processes
9%
Following Task
9%
Bonding Process
9%
Arizona State University
9%
Objective Understanding
9%
Seismic Array
9%
Military Applications
9%
Environmental Conditions
9%
Earth and Planetary Sciences
Venus Surface
100%
Seismographs
100%
Electronic Transducer
63%
Transducer
63%
Molten Salt
36%
Computational Modeling
18%
Silicon Carbide
18%
Readout
18%
Planet Surface
9%
Liquid State
9%
Seismicity
9%
Tectonics
9%
Vertical Profile
9%
Basalt
9%
Dynamic Range
9%
Ionic Liquid
9%
Ground Motion
9%
Military Application
9%
Atmospherics
9%
Fluidics
9%
Arizona
9%
Engineering
Transducer
100%
Fits and Tolerances
42%
Diaphragm
28%
Amplifier
28%
Sensing Element
28%
Readout Circuit
28%
Individual Component
28%
Seismicity
14%
Induced Noise
14%
Military Applications
14%
Elevated Temperature
14%
High Temperature Applications
14%
Ground Movement
14%
NASA
14%
Fluidics
14%
Frequency Response
14%
Ionic Liquids-Based Electrolyte
14%
Dynamic Range
14%
Input Impedance
14%