Electric Discharge Tubes TRIZ Cases

RF bias plasma treatment lowers internal stress in diamond-like carbon hardmasks, preventing line warpage during etch operations.

Screw sets adjust panel flatness to resolve image resolution deterioration caused by vacuum-induced deformation and assembly errors.

A segmented electrostatic chuck controller reduces attraction force in specific regions to evacuate trapped gas before full wafer release.

Segmented ring segment geometry accommodates non-symmetrical substrates, eliminating multi-pass treatment delays and reducing equipment costs.

Applying pulsed ultraviolet rays before radio frequency power reduces wafer temperature increases while improving plasma ignitability at low gas pressure.

A multi-stage electrode system applies variable potentials to adjust electron beam focus dynamically.

Unipolar oscillating voltage creates asymmetric electric fields that reduce micro-contamination and improve silicon etch selectivity.

A sputtering device slit plate uses a detachable inner member to adjust the opening shape for film deposition.

Segmenting the generator and discharge components allows the plasma gun to penetrate skin barriers and treat deep tumors while sparing normal tissues.

A charged particle beam apparatus uses temperature monitoring to adjust optical elements for stable beam incidence conditions.

Thin HF SiN barriers block nitrogen ion acceleration to prevent surface damage and current collapse in GaN transistors.

Low temperature plasma oxidation prevents dopant diffusion while achieving high sidewall conformality on semiconductor substrates.

A plasma immersion ion implantation machine reduces metallic contamination and etching by segmenting the plasma supply into high and low pressure zones.

A polishing apparatus mixes activated gas bubbles into slurry to enable chemical action alongside mechanical abrasion.

A substrate processing apparatus adjusts the distance between a substrate and a coil electrode via an elevator mechanism to optimize plasma generation.

Plasma radical exposure followed by brief spike annealing modifies dielectric layers to enhance insulating properties.

A segmented magnetic trap uses multiple permanent magnets to create a strong, homogeneous field for electron capture in X-ray detectors.

Adjust transmission electron microscope monochromator alignment using interference fringes from a downstream aperture.

A laser-based phase modulation system modulates electron beam phases without physical absorption.

Variable resistance ballast replaces heavy magnetic transformers in handheld UV lamps, reducing device weight while maintaining high power efficiency.

Controls detection sampling frequency relative to light pulse intervals, resolving trade-offs between measurement precision and control complexity.

In situ ozone treatment removes organic contaminants from substrates to increase adhesion force and prevent separation defects during imprint lithography.

Sequential source activation resolves the contradiction between simultaneous processing capability and accurate reflection wave detection.

Pressurized gas amplifies weak secondary electrons to detect 10 nm defects despite pellicle interference.

A movable support unit compensates for thermal deformation in high-temperature substrate processing, maintaining constant gap widths and alignment precision.

A charged particle beam lithography apparatus divides pattern areas into uniform and non-uniform blocks for precise dose calculation.

A substrate stage with independent central and peripheral temperature control flow paths for precise thermal management.

Parallel straight tubes guide plasma via solenoid fields to block large particles, eliminating complex bias systems and reducing macroparticle contamination.

Inert atmosphere sintering consolidates yttrium fluoride coatings to improve density while preventing thermal decomposition and toxic gas generation.

Paraffin phase transitions compensate thermal expansion to maintain beam alignment precision during rapid module replacement.

A tilted plate intercepts the ion beam before it hits the vacuum chamber bottom, preventing sputtering and surface contamination.

Drift tube and variable apertures manage differential pumping to prevent photoresist outgassing from degrading beam quality.

Segmented faraday cage mesh compensates for irregular etch speeds across the substrate to achieve uniform depth gradients.

Pulsed low voltage operation minimizes leakage current and noise in ion chambers, improving measurement accuracy for high-energy radiation.

Through holes in a reflector plate deliver oxygen or nitrogen gas to the substrate back side, preventing material sublimation and dopant diffusion.

A mesh electrode shields the primary beam from electric field leakage while a coaxial lens focuses secondary particles for efficient detection.

A scanning electron microscope monochromator uses a magnetic field generator to deflect an electron beam through an energy selection aperture.

Moving heater wiring through holes from the central placing region to the outer peripheral base region suppresses in-plane temperature singular points.

Supersonic gas jets shape the vapor cloud to prevent plasma formation, stabilizing coating morphology and thickness uniformity.

Low-pressure resonant ICP creates doughnut-shaped plasma to achieve uniform film thickness and excellent step coverage on high aspect ratio structures.

Coded sleeve inserts prevent accidental misalignment and malfunctions by restricting relay mounting to specific rotational positions.

Segmented electrodes apply RF power to an outer ring and DC voltage to a center region, resolving center-fast plasma density issues.

Dual-zone heating and diffusion barriers alleviate thermal stress while preventing element migration in processing apparatuses.

Alternating continuous and pulsed RF signals neutralizes substrate charge, preventing arcing damage during high-aspect-ratio hole etching.

Metal prevention plate intercepts scattered atoms before deactivating oxygen radicals, maintaining ashing rate and uniformity.

A circular slot antenna radiates microwaves to generate uniform surface wave plasma in semiconductor processing chambers.

Spring mechanisms maintain constant probe contact with microwave windows, reducing noise interference and ensuring stable signal detection despite vibration.

A charged particle beam lithography apparatus modulates shot dose based on calculated temperature rise amounts from previous irradiation events.