Electric Discharge Tubes TRIZ Cases

Segmented plasma etching of silicon carbide reduces defect density by removing lapping residues before bulk etching.

Stepped cylindrical lamp base with keyed pin connectors prevents vibration-induced disconnection and arcing in humid water purifier environments.

A measurement method determines electrostatic chuck capacitance by analyzing current slope and peak values during terminal contact.

Asymmetric waveguide lengths distribute electromagnetic waves to multiple plasma processing zones, reducing reflected power and improving energy efficiency.

A microwave plasma generating device uses an insulated plasma electrode to shift electrical potential and increase ion energy.

A dielectric cover member shields the holder frame to prevent plasma concentration and reduce adhesive sheet thermal distortion.

A light-emitting panel adjusts functional layer thickness distributions to improve luminance uniformity across display regions.

A modulation device power supply arrangement uses a conductive slab with stacked thin plates to minimize parasitic inductances.

Ultrasonic sensors determine focus ring thickness to resolve measurement precision issues caused by varying etch chemistry deterioration rates.

A planar sample holder lid uses recessed closure arms to secure air-sensitive specimens without protruding fasteners.

A sacrificial lattice template guides invading polymer fluid to form structured composites with defined internal geometries.

Hot-pressed lithium phosphate target with controlled grain size prevents abnormal discharge during solid electrolyte thin film formation.

Asymmetric through hole in flat body enables vertical standing and power transmission without manual support.

A heated filter assembly uses a direct heat transfer element to conduct thermal energy from the heater to the porous filter.

Microwave plasma processing forms high-k insulating films on germanium substrates with precise power density control.

Intermittent ion beam application with elevated heating enables point defect migration, reducing crystal structure damage in fin-based transistors.

Fluorinated boron precursors replace boron trifluoride to reduce cathode erosion and extend tool life.

Segmenting the high resistivity gas distribution plate from the base via a clamp reduces arcing and replacement costs in plasma chambers.

Dynamic coolant flow control enables rapid temperature transitions for upper electrodes, reducing deposit accumulation during etching cycles.

Independent pulse control prevents target poisoning and spatters during high-power impulse sputtering deposition.

Retarding voltage penetrates insulation films to measure surface potential time constants, enabling reliable focus adjustment and preventing image blur.

A resilient dielectric part envelops terminal pins within its body holes to provide electrical isolation between adjacent conductors.

Varying width magnet members in a magnet module create a uniform magnetic field, resolving non-uniform target erosion and improving thin film quality.

A measurement system uses a database to generate candidate observation conditions for scanning electron microscopes.

Biasing elements compress gaps between the target assembly and grounding assembly to eliminate arcing from poor vacuum seals.

Alternative mask structures replicate aerial images via ion implantation and etching, reducing substrate damage while maintaining optical fidelity.

Depositing a spacer protection layer limits chemical exposure during etching, maintaining the dielectric constant within 5% of its initial value.

A substrate processing method controls gas pressure and voltage to manage electrostatic attraction forces during temperature changes.

Vacuum dry etching removes mold layers while a sub-2nm liner prevents oxidation, maintaining interconnect integrity.

Feedforward control with pulsed heating and cooling reduces steady state errors and settling times.

A protective member shields the susceptor surface during dry etching to remove deposited films without damaging the underlying substrate receiving region.

Real-time autocorrelation feedback corrects defocus and astigmatism during imaging, maintaining spatial resolution without interrupting data acquisition.

A TEM sample preparation method deposits films on both surfaces of a thin film using an electron beam to maintain flatness.

Central coaxial feed distributes RF power evenly across sub-antennas, resolving non-uniform plasma density caused by asymmetric placement.

Embedded reference marks allow automated slice thickness calculation from mark displacement, accelerating 3D reconstruction and reducing data collection time.

Segmented pogo pins with resilient members absorb misalignment and tolerance variations, ensuring reliable power delivery at various docking angles.

Capacitance formation and lock-in amplification improve signal-to-noise ratio to detect high-resistance defects in semiconductor wafers.

Rotating the substrate holder in a vertical posture eliminates weight-induced wafer deformation, ensuring uniform processing across large-diameter substrates.

Replaceable panel structure couples to HomePlug base case, relocating heat dissipation vents to the front while avoiding new mold costs.

An electromagnet array replaces rotating magnets to eliminate center under-erosion, using impedance feedback for uniform target wear.

Segmented heat shield members reduce gas velocity near the substrate edge, resolving residence time issues that cause non-uniform epitaxial growth.

Multi-beam deflector arrays shape and position particle beams to resolve throughput-complexity contradictions in high-resolution lithography.

Form organic film on chamber surfaces to stabilize chemical species density, resolving in-plane uniformity issues caused by consumption variations.

A double tilt transmission electron microscope sample holder integrates a sensor carrier and supporting shafts to measure mechanical properties.

An integrated apparatus alternates RF power to deposit dielectric films and perform anisotropic etching, preventing voids in high aspect ratio gaps.

Rotates electron beam scanning direction to align with pixel correspondence, resolving signal loss and black lines on circular patterns.

Dynamic substrate rotation prevents shadowing and redeposition on fine pattern bottoms.

An aliphatic polyamide in-tank tube prevents connector disconnection under alcohol-added gasoline by using electron beam crosslinking for enhanced strength.

Cyclic plasma etching uses sulfur-based gas mixtures to selectively remove organic materials from semiconductor substrates.

Relocating gas storage reduces unscheduled shutdowns and improves operational efficiency in semiconductor manufacturing.