Electric Discharge Heating TRIZ Cases

A photo-reactor induces expansive turbulence and photocatalysis, resolving reactor wall deterioration while maintaining low operating temperatures.

Heterodyne detection tracks reflected waves to optimize oscillating frequency and power output in plasma processing chambers.

Precise Al, Ti, Nb, and V additions in Ni-based welding alloy suppress harmful phase formation during solidification to prevent weld cracks at 700 to 800°C.

Sensor detection determines safe clamping positions to avoid fragile connecting sections, preventing damage during arc furnace operation.

Aluminum conductor and head reduce cable weight and production costs while maintaining conductivity through increased cross-section.

Electrospun acetalized polyvinyl alcohol and fluorine resin microfibers trap oil-mist while maintaining uniform distribution.

Independent wall heating prevents premature particle condensation and ensures consistent nanopowder size distribution.

System monitors power draw to prevent open arcs, reducing grid flicker and protecting furnace linings from excessive wear.

A thermal material comprising reduced graphene oxide and an ionic liquid within a porous membrane.

A control system adjusts electrical energy input based on real-time material mass flow to maintain optimal melting conditions.

Latent heat seals fittings into hollow extrudates, resolving leakage and manual assembly issues in refrigerator water reservoirs.

Dual solvent concentrations in a multiple layered sheet prevent screen sticking while maintaining surface stability for handling.

Embedding conductive electrospun nanofibers in dielectric polymer matrices resolves the brittleness of traditional ITO transparent conductors.

A constant temperature imprint process maintains template and substrate heat during radiation exposure for precise pattern transfer.

Segmentation and intermediary principles enable high-throughput production of homogeneous core-sheath fibers while avoiding thermal damage to labile drugs.

Genipin cross-linking prevents rapid dissolution of cancellous bone grafts after implantation, preserving osteoinductive factors.

A measurement system determines submerged arc furnace electrode length using voltage and current derivatives.

Hybrid tapered thread joint eliminates facial contact to lower electrical resistance and prevent electrode rupture under thermal stress.

A direct current plasma arc furnace uses a synthetic graphite crucible as part of the anode system to maintain uniform voltage potential across its surface.

Thermal cycling between oxidizing and reducing atmospheres induces stable microcracks in ceramic electrolytes, preventing leak paths during fuel cell operation.

Parallel plate electrodes generate glow discharge to heat SiC substrates uniformly while reflection mirrors reduce radiation loss.

Flash lamp heating raises thin film surface temperature momentarily, preventing abnormal grain growth and ensuring flatness.

Projections in the cooling tube ensure uniform nucleation conditions, resolving adhesion issues and narrow particle size distribution.

A gas-assisted electrospinning apparatus prevents premature polymer solidification to enable higher production rates of submicron nanofibers.