A 1D heat source and phase-lag measurements extend spatial offsets while simplifying analysis of anisotropic thermal transport.
Weighted thermal sensing reduces disturbance-gas cross-sensitivity in target gas measurements.
A MEMS gas sensor film portion displaces based on pressure changes to moderate thermal resistance and enhance detection accuracy.
An electrochemical method uses metal ions and peroxide to generate free radicals for efficient cell lysis, eliminating labor-intensive chemical steps.
A cryogenic testing apparatus uses a lift mechanism to position the cold mass assembly for thermal conductivity measurements.
A sensor embedded in closed cell foam measures thermal conductivity to assess insulation quality.
A photothermal method estimates thermal conductivity and diffusivity in transparent samples using a modified mathematical model.
Periodic thermal excitation in a micro-machined time-of-flight sensor resolves the trade-off between measurement precision and long-term reliability.
A thermal conductivity analyzer identifies delivered gas mixtures by comparing measured values against pre-calibrated reference standards.
Systems calculate thermal resistance from temperature and power data to detect airflow recirculation, preventing cooling inefficiencies.