Material Thermal Conductivity TRIZ Cases
- Building Thermal Resistance Estimation Using Data Assimilation
A data assimilation method estimates building thermal resistance by synchronizing temperature and heating power measurements over time intervals.
- Honeycomb Structure Heat Transfer Analysis Using Dimensionless Coordinates
Deriving inner-wall-surface heat transfer coefficients via dimensionless coordinates and fluid state information for dynamic thermal modeling.
- Gas Measurement Head Vertical Flow Signal Stability
A gas measurement head routes sample flow perpendicularly through metal magnetic poles to minimize vortex formation.
- Non-Contact Surface Temperature Estimation via Thermal Radiation
Optical measurement replaces destructive contact methods to estimate perceived surface temperature without altering the test object.
- Continuous Flow Calorimeter for Specific Heat Capacity
A continuous flow calorimeter determines specific heat capacity using microfluidic channels and thermoelectric sensors to measure temperature differentials.
- Gas Sensor Series Heating Resistors Thermal Coupling
Series-connected heating resistors in dual sensor elements enable gas concentration calculation via potential differences.
- Disposable Cartridge for Blood Impedance Measurement
Disposable cartridges with base metal electrodes eliminate cross-contamination risks while maintaining measurement precision through composite coating layers.
- Thermal Brewster Angle Measurement for Material Properties
A thermal source generates incident waves at variable angles to identify the Brewster angle where reflection vanishes.
- Microchip Calorific Value Measurement via Multi-Temperature Heating
A microchip heating element generates heat at multiple temperatures to derive mixed gas calorific value from electric signals.
- Thermal Conductivity Sensor Self-Calibration via Dual Voltage Monitoring
A thermal conductivity sensor integrates a heating element and temperature measuring element to generate two distinct measuring voltages for internal error detection.
- Laser Radiometry for Metal Part Homogeneity Monitoring
Synchronous detection of phase shift determines thermal diffusivity without prior knowledge of emissivity or absorption coefficients.
- Double Diaphragm Gas Sensor for Precision Measurement
A double diaphragm gas sensor uses adjacent heating elements to measure analysis gas concentration via thermal conductivity principles.
- Calorific Value Calculation Using Thermal Conductivity
A calorific value calculation formula uses electric signals from temperature and heater elements at multiple heating temperatures.
- Heating Chuck Aperture for Substrate Stand-by Failure Detection
An inverted camera under a heated chuck detects stand-by failures by capturing enhanced photon and thermal emission intensities at defective portions.