Electric Discharge Tubes TRIZ Cases

A plasma processing method grounds the electrostatic chuck conductor before substrate loading to manage electric potential during RF power application.

An input output module transmits data and power over a single cable using a measuring device to detect connector pin counts.

A conductor pattern on a dielectric surface converges microwave electric fields to boost plasma generation while maintaining structural integrity.

Optical emission spectrometer measures fluorine and oxygen radical intensities to calculate adhesive wear rates in plasma processing chambers.

A polymer protective film absorbs out-of-band radiation to inhibit outgassing and improve nanoedge roughness during EUV lithography.

A coaxial backscattered electron detector evaluates sample surface topology to identify optimal analysis positions before X-ray elemental measurement.

A sequential switch element controls vacuum, gas inflow, and plasma circuits in a single mechanical unit.

Mixed powder hot pressing stabilizes phosphorus content in Ni-P alloy targets, preventing compositional deviation during production.

Adjusting objective lens intensity while measuring secondary electron signals enables focal adjustment without scanning, minimizing sample damage.

A backside stress compensation film deposits alternating compressive and tensile sectors on semiconductor wafers using segmented radio frequency electrodes.

Segmented ejection units distribute plasmarized cleaning gas through multiple paths to resolve non-uniform deposition quality in display apparatus fabrication.

Segmented concentric refrigerant channels with independent expansion valves enable rapid temperature adjustments while maintaining uniform distributions.

A substrate support with a tapered conductive plate edge modifies electric fields to improve plasma uniformity.

A charged particle beam apparatus measures landing angle using polyhedral calibration patterns.

Beam-induced deposition forms linker groups enabling covalent nano-object attachment that withstands sonication.

Segmented blocking plates restrict ion beam exposure and improve thermal conductivity, preventing sample deformation during low-voltage milling.

Encasing wrap bundles multiple crossbar cables into a unified assembly, eliminating complex maze routing that causes connector strain and misidentification.

Peripheral calibration beam apertures allow independent measurement of beam shape and position, resolving throughput precision trade-offs in multi-beam writing.

Electrostatic deflectors compensate for immersion lens magnetic fields to restore ion beam paths in dual beam systems.

Adjusting chamber pressure and bias power during film formation prevents bottom coverage, maintaining high etching rates without removal steps.

Adjustable conductive stubs in a coaxial waveguide control microwave power distribution to plasma rods.

A C-channel directs purge gases through top openings to prevent liner contamination.

A variable matching unit adjusts impedance to maximize radio frequency voltage for reliable plasma ignition.

A semiconductor wafer receives ion irradiation while a measurement instrument detects surface sheet resistance to evaluate the beam's implant angle distribution.

Adjusting electrode power supply inductance reduces impedance below 25 ohms, ensuring uniform plasma generation at frequencies exceeding 13.56 MHz.

A manufacturing system adjusts ion implantation dosage based on measured gate length to ensure consistent electrical properties across the wafer.

An insulated electrode measures time-varying voltage and current to calculate ion flux without direct contact.

Radial cylindrical members with slits branch carrier gas flow to reduce consumption variation across stacked trays and maintain vapor concentration.

Segmented collimator walls selectively transmit inclined particles to improve film uniformity while reducing usable particle loss.

Asymmetric grounding configuration compensates for skin effect and capacitive coupling to improve deposition uniformity across large rectangular panels.

A dynamically adjustable middle coil compensates for gas-induced non-uniformities by tuning resonant frequency based on real-time impedance measurements.

A shield retention stage with datum features positions a thermally conductive shield to manage ion beam sample preparation.

Self-aligning clamp secures narrow reverse-action tweezers to cryo-TEM plungers.

Dynamic nonsinusoidal RF signals with adjustable duty cycles confine ion energy between thresholds to prevent undesirable wafer etching.

Dummy wafers adjust chamber nitrogen concentration to reduce switching time and eliminate memory effects in decoupled plasma nitridation.

Phase adjustment increases sheath thickness to reduce particle adhesion on substrates.

A hybrid organic-inorganic gel composition disperses alkali metal compounds and reducing agents to enable controlled vapor release.

Plasma treatment cross-links lubricant molecules, preventing migration under compressive force and eliminating stiction in slow-moving systems.

Adjusting RF power dynamically during plasma assisted atomic layer deposition batches maintains consistent film thickness and etch rates.

A plasma treatment device uses a container-shaped insulator to confine the electrode plate and process gas within the reaction vessel.

Iterative probabilistic deconvolution optimizes dose and geometry to resolve forward scattering precision limits.

An electron lens positioned between a beam slit and superimposed deflectors focuses the primary electron beam through its center.

Rapidly quenched liquid Taylor cones yield durable field emitters that maintain brightness while resisting ion damage and reducing vacuum requirements.

Segmented plasma and thermal cycles etch tungsten films with atomic layer precision, resolving uniformity issues in high aspect ratio patterns.

A film forming apparatus adjusts substrate rotation speed based on rotary table revolution to ensure consistent orientation in the processing gas supply area.

A radical gas generation system uses multiple discharge cells and a rotating table to output reactive gases for thin film deposition.

A polymer coating protects semiconductor wafers during plasma etching to prevent fluorine diffusion into metal contacts.

An integrated scintillator electrode achieves 85% detection efficiency by eliminating third electrodes and power supplies in the objective lens.

Segmented socket terminals in the docking channel enable RGBW toning control, resolving insufficient terminal counts that limit luminous effects.