Semiconductor/Solid-State Device Details TRIZ Cases

See how a conductive intermediary layer between substrate and heat sink eliminates phonon refle

See how shaped thermal guard rings define isothermal boundaries in multilevel TEC stacks to red

See how a regulation chamber with pressure relief and backflow sections manages thermal expansi

See how a heat-dissipation member with variable thickness and nested refrigerant pipe improves

See how segmented microfeatures enable phase-change heat transfer in a thin-film design, achiev

See how evaporative cooling with high surface-area supports eliminates pumps and heat exchanger

See how dual-temperature sensing detects dryout in latent-heat cooling systems before refrigera

See how a reservoir with cold-source coupling and pressure control prevents vapor bubbles in th

See how a two-phase heat transfer unit with microfeatures and thermoelectric control achieves r

See how single and multi-layer woven meshes with nanostructured coatings enable sucking flow co

See how a silicon carbide sintered block body integrates flow path and temperature adjustment t

See how a reversible Peltier element heats or cools an integrated circuit by polarity switching

See how a two-stage cooling method uses slower initial cooling followed by faster cooling to ex

See how sub-300nm thermoelectric active areas reduce thermal conduction to cool IC components e

See how a thin glass layer (5-50 μm) with sintered silver conductive layer reduces thermal resi

See how single and multi-layer woven meshes with nanostructured coatings and gradient channels

See how nested thermoelectric cooling assemblies replace vapor compressors to achieve ultracold

See how an enclosed pump-motor housing with baffles prevents condensation on motor windings whi

See how a packaging structure with grooves absorbs assembly pressure to protect brittle ceramic

See how selective TEC placement over lower-power components reduces thermal gradients and heats

See how piezoelectric MEMS elements vibrate to thin the boundary layer and drive fluid flow, en

See how extending both wick and vapor passage across heat receiving and radiating portions redu

See how piezoelectric MEMS vibration directs fluid perpendicular to hot surfaces, thinning the

See how piezoelectric elements vibrate to drive fluid through microchannels, thinning boundary

See how a two-dimensional array of piezoelectric MEMS cooling elements uses selective activatio

See how rapid depressurization triggers flash boiling near the heat source, using latent heat o

See how a multilayer superconductor structure with decreasing energy band gaps removes hot elec

See how a layered cooling architecture decouples thermal management from baseboard layout using

See how a gradient sintered wick with low-void first site and high-void second site resolves he

See how a piezoelectric MEMS cooling array replaces fans to reduce noise and size while enablin

See how vertical condensation channels and fins enable passive two-phase heat transfer, removin

See how a closed-loop vapor-phase cooling system uses self-regulating shut-off valves and phase

See how an electronic device generates its own electrical energy from ambient temperature diffe

See how microfeature-driven capillary flow and thermoelectric cooling achieve ±60°C temperature

See how a thermoelectric element with bidirectional current control eliminates separate heating

See how piezoelectric MEMS vibration directs fluid perpendicular to processor surfaces to thin

See how a rotating liquid distribution cavity with circumferential arms solves non-uniform heat

See how a vacuum-sealed phase-change cooling loop uses latent heat from vaporization and conden

See how a multilayer superconductor structure with decreasing energy band gaps blocks phonon he

See how positioning the thermoelectric chip in the radiator away from the heat source prevents

See how a metal oxide interfacial layer and grain-growth heating reduce stress-induced morpholo

See how heating conductive features to induce grain growth maintains morphology and reduces str

See how micro channels with aluminum, graphene, and pyrolytic graphite bases use pressure diffe

See how micro-scale channels with optimized geometry and thermal materials cool gases efficient

See how movable platforms and flexible support structures accommodate thermal expansion in ther