Gravitational Wave Measurement TRIZ Cases
- Gravitational Field Detection via Induced Current in a Conductor Loop
Converts dynamical gravitational field changes into measurable loop current, avoiding reference masses, motion control, and large interferometers.
- Ring Reflector Assembly for Symmetric MOT Beam Distribution
Circumferential reflector surfaces and transmitting gaps create symmetric MOT beam paths, improving gradiometer signal quality in a compact layout.
- Strapdown Gravity Sensors on UAVs for Subsurface Surveys
Slow, costly ground surveys are replaced by UAV gravity sensing with GNSS and RTK-GNSS correction to remove motion effects and identify anomalies.
- Zero Dead-Time Atomic Gravimeter Staggered Fountain Design
Staggered atomic fountain sequences eliminate measurement gaps, reducing uncertainty by averaging correlated noise sources.
- Phononic Comb MEMS Gravity Gradiometer for High Sensitivity
A phononic comb enhanced MEMS gravity gradiometer uses piezoelectric resonators to generate frequency combs.
- Indirect Gravity Measurement via Acceleration Vector Iteration
A system monitors gravitational acceleration direction changes using an inclinometer and high-precision clock to deduce local gravity values.
- Underground Locate Device with Environmental Sensor Logging
Locate apparatus logs environmental conditions via sensors to resolve the contradiction between detection precision and geographic data completeness.
- Airborne Gravity Gradient Data Terrain Correction
Subtracts calculated terrain response from measured gravity gradient data to isolate deep anomalies and improve detection precision.
- Density Determination via Bouguer Gravity Anomaly Segmentation
A density determination method segments Bouguer gravity anomalies into local and regional components for accurate subsurface imaging.
- Gravity Gradiometer Sensor Mass Balancing Circuit
Concentric capacitor plate and sensing coil balance sensor mass to resolve electrical interference risks during airborne gravity gradient measurements.
- Flexible Sensing Element for Intrinsic Gravity Gradiometer
A flexible sensing element with free ends and multiple rotational pivots detects direct gravity gradients through mechanical flexing.
- Airborne Gravity Gradiometer Acceleration Isolation
Gravity gradiometer uses movable sensing elements and support structures to reduce aircraft acceleration influence by factors of at least 10^7.
- MEMS Gravimeter Using Negative-Stiffness Spring for High-Sensitivity Gravity Measurement
A MEMS gravimeter uses negative and positive stiffness springs to lower resonant frequency and detect gravitational acceleration changes.
- Rotational Gravity Gradiometer Noise Isolation
Capacitive sensing isolates proof mass detection from mechanical noise, resolving the trade-off between measurement precision and device complexity.
- Matter-wave gravimeter magic field calibration
A matter-wave gravimeter uses a magic magnetostatic field to stabilize atomic wave packet separation.
- Absolute Vector Gravimeter Bias Drift Correction
Periodic orientation cycles and feedback loops correct accelerometer bias drift, ensuring precise vector measurements without manual alignment.
- Borehole Gravimeter Compaction Estimation
Gravimeter measures gravitational forces in boreholes to estimate subsidence rates without invasive wireline tools or radioactive markers.
- Gravity Gradiometer Torsion Flexure Pivots
Torsion spring flexures align rotational axes through the mass quadrupole center of gravity to isolate gravity gradient signals.
- Gravity Gradiometer Electrostatic Tuning for Airborne Noise
Bias voltage tuning of sensor masses compensates aircraft accelerations, reducing noise interference in airborne gravity gradient measurements.
- Parallel Dipole Line Trap Gravimeter for Portable Gravity Measurement
Magnetic trapping replaces bulky mechanical springs, enabling portable gravimetry without temperature drift.
- Inverse Gravity Correlation Time Determination for Moving Base Gravity Measurement
Determines inverse gravity correlation time using power spectral density analysis and Gauss Markov models.
- Gravimeter Zero-Drift Correction via Inflection Point Segmentation
Segmenting gravimeter difference values at inflection points enables localized corrections that resolve low accuracy in ocean exploration gravity measurements.
- Gravity Gradiometer Replaceable Flexure Web Design
Segmenting the flexure web from the housing enables independent replacement of broken components, resolving repairability trade-offs.
- Gravity Gradiometer Direct Higher-Order Tensor Extraction
Gradiometer instrument extracts higher-order tensor components to remove noise from low-order signal data.
- Gravity Gradiometer Flexure Web Stop Mechanism
A stop mechanism limits sensor mass displacement to preserve flexure web elasticity, preventing breakage during high-strain airborne operations.
- Geoid Generation via Three Computation Spaces and Airborne Gravity
Three-space computation subtracts topographical effects to improve height information accuracy while managing system complexity.
- Weather Radar Clutter Correction via Pre-stored Map
A clutter correction system applies pre-stored ground echo maps to filter radial speed and spectral width data from weather radar signals.
- Pendulum Gravimeter Using Sagnac Interferometer for Lateral Mass Imaging
A pendulum gravimeter uses a displaced Sagnac interferometer to detect minute displacements caused by gravitational attraction.
- Marine Geoelectrical Current Focusing for Deep Hydrocarbon Delineation
A marine geoelectrical method uses focused electrical current pulses to measure subsurface electro-physical parameters.
- Gravity Gradiometer RF Interference Shielding
A gravity gradiometer integrates a feed-through filter and relay to block RF interference, preserving measurement precision in airborne environments.