See how plastic barrier films with controlled thickness inhibit moisture ingress in thermoelect
See how inert gas at 1-12 vol% fills wake regions between magnetic particles and refrigerant to
See how flexible thermoelectric coolers with optimized fluid channels maintain effective therma
See how a single-serve wine dispenser integrates Peltier cooling and aeration to eliminate deca
See how a detachable base module with heating elements and wireless control maintains beverage
See how paired magnetic poles and coils generate stronger magnetic flux across gaps to increase
See how electrocaloric modules with rotary fluid control enable bi-directional regenerative coo
See how magnetically conductive plates redistribute electromagnetic fields uniformly in refrige
See how strategic heat sink placement near high-resin regions absorbs exothermic energy during
See how low-boiling-point solvent casting and annealing form dense electrocaloric polymer films
See how waterproof coating layers and airflow-cooled cavities prevent electromagnetic coil corr
See how stacked electrocaloric modules with interlocking bus elements replace vapor compression
See how a movable yoke varies magnetic circuit resistance to uniformly and rapidly change field
See how thermoelectric units with secondary fluid circuits replace mechanical refrigeration to
See how a heat shrinkable flexible tube housing reduces thermal inertia and dead volume in elec
See how conductive surface modifications on electrocaloric materials enable scalable electrode
See how a dissipation superconductor carries current without quenching during vortex dissipatio
See how a thermoelectric assembly with resistor cool sink maintains cargo above ambient at ±0.3
See how a rotating magnet array generates oscillating magnetic fields to induce eddy currents i
See how thermal switches and multifunctional coatings control heat transfer direction in magnet
See how voltage modulation adjusts electrocaloric temperature lift dynamically to maintain high
See how voltage selection circuitry minimizes current-source power loss in miniaturized TEC con
See how an elevated tray with side gaps prevents cold air blockage in entrance refrigerators, m
See how a hermetically sealed Peltier device with phase-change heat sink enables safe implantab
See how heat commutators with thermal interface fluid enable multi-stage magnetocaloric cooling
See how heated air from a heat sink flows along the inner gasket to evaporate condensation with
See how alternating electrocaloric module energization replaces vapor-compression refrigerants
See how electric-field actuators replace mechanical bending in electrocaloric cooling, improvin
See how electrode cutouts absorb thermal expansion stress at thermoelectric element joints, red
See how electrocaloric film with electrode layers and corrugated flow guides replaces mechanica
See how individually controlled thermoelectric units with dedicated heat sinks reduce power con
See how lateral air discharge and side-surface outlets prevent hot air re-suction in built-in r
See how spectrally selective surfaces with high solar reflectivity and thermal emissivity enabl
See how a thermoelectric element with vessel presence sensing enables rapid beverage chilling t
See how dual thermoelectric modules with independent air guides and fans replace compressor-bas
See how a thermoelectric module thermally coupled with phase-change material maintains precise
See how Peltier-effect cooling modules provide targeted heat removal at CPU hotspots, reducing
See how segmented axial-end and side magnets with asymmetric flux returns reduce magnet mass an
See how staged MCMs with different Curie temperatures and adjustable fluid paths reduce pressur
See how a chip-based cooling chamber with flow pipes rapidly cools beverages without ice, prese
See how localized heat sinks absorb exothermic heat during composite resin curing to prevent ov
See how a compact food pan well combines induction heating coils and cooling conduits to replac
See how absorption pads on a thermoelectric cold sink collect and evaporate condensed water to
See how segmented thermoelectric cooling sub-units with real-time sensor feedback achieve 60% h