Electric Discharge Tubes TRIZ Cases

Segmented conductive resonators on dielectric substrates maintain uniform plasma distribution across large processing areas.

Alternative carbon dopant source gases and co-flow combinations stabilize ion beams in semiconductor implantation systems.

A ceramic conductive substrate support structure uses pulsed clamping voltage to hold insulator wafers during plasma exposure.

Segmented reflectors with slanted edges direct UV light to high-touch areas, reducing shadowing effects from multiple lamp arrangements.

Symmetric arcuate channels equalize flow path lengths to eliminate turbulence and directional preferences in plasma reactor gas hubs.

Dynamic voltage control adjusts ion beam energy across the workpiece to resolve non-uniform coating thickness in chemical mechanical planarization.

LED arrays emit absorbed wavelengths to heat semiconductor workpieces, resolving uneven heating and low temperature control precision.

A two-piece shutter disk assembly uses a lower carrier to support an upper disk member and create a protective overlap region.

A reactive-species supply device isolates electrodes using an inert protective gas to prevent oxidation during plasma generation.

Detecting back-scattered electron signals during lithography mask repair to determine precise endpoint and stop points.

Segmented gas supply passages prevent unintended liquefaction in the flow system while maintaining capillary condensation pressure for porous film protection.

Synchronizing source power with bias cycles controls ion energy distribution, improving etching uniformity and reducing shape tilting.

Variable capacitors tune antenna resonant frequencies to control in-plane plasma density distribution without adding power supplies.

Multi-axis magnetic lens reduces geometric aberrations from high-order harmonics to enable simultaneous high-throughput inspection and high-resolution review.

An adjustable shadow mask assembly enables selective ion implantation for solar cell fabrication.

Isotropic etching of high-K dielectric layers using remote plasma to remove material selectively.

An asymmetric two-row and two-column stage layout reduces process module footprint while enabling shared wafer transfer mechanisms.

An electron beam aligner detects position shifts via optical image analysis to cancel deflection errors.

A connector housing uses internal lock receiving portions and back surface locks to enable parallel stacking of multiple units without enlarging the assembly.

Ceramic-filled polymer composites replace brittle ceramics in plasma reactors, reducing erosion and machining costs while maintaining chemical resistance.

A generator oscillation circuit sustains inductively coupled plasma using high-order ceramic low-pass filters.

Merging multiple sensor readings cancels contamination drift, ensuring accurate gas supply control during vacuum deposition.

Angled ion beam treatment creates asymmetric deposition rates that prevent overhang formation and eliminate voids in semiconductor trenches.

Projecting electrode surfaces boost particle capture while a monitoring circuit adjusts voltage to prevent high-voltage discharges.

Detects arcs by comparing instantaneous signal values against adaptive extreme value thresholds, eliminating false alarms from residual ripple during ignition.

Ion bombardment increases surface friction on oleophobic coatings, resolving the trade-off between durability and adhesive adhesion.

Structured mask layers with varying density regions compensate for plasma deposition differences to maintain uniform opening widths and vertical wall surfaces.

HF and CxHyFz gas plasma etches dielectric films at 0°C or lower, resolving insufficient selectivity and mask film damage during substrate processing.

An aluminum fluoride coating on a metal matrix composite showerhead prevents byproduct attachment during high temperature cleaning cycles.

Segmenting the target into separated cluster areas reduces processing time and data transfer overhead while maintaining high exposure accuracy.

Segmented deposition and plasma processing reduce surface roughness, lowering light scattering losses in thin films.

A removable reverse side entry portion integrates gas injection and voltage application into a charged particle beam sample holder.

Introducing a buffer area between the antenna and protective tube suppresses electron acceleration, preventing energy loss from electric discharge.

Electronic frequency synthesis replaces slow mechanical capacitors to enable fast impedance matching during high-speed dual level pulsed RF transitions.

A beam deflection device switches ion beam direction using electric or magnetic fields to enable rapid wafer replacement.

A magnetic field controller adjusts supplemental fields to counteract residual magnetism in vacuum chambers.

A multibeam inspection apparatus adjusts detection sensitivity to correct beam intensity variations across overlapping scanning regions.

Simultaneous sputtering of chromium and metallic targets creates functional films that maintain uniform composition while achieving high etching rates.

A sacrificial bilayer coating enables electron beam lithography on insulating substrates without permanent sample alteration.

A plasma processing method injects high-energy electrons into resist patterns to enhance etching resistance.

A plasma array coating system modulates reagent flow to ensure uniform deposition on moving substrates.

A grid sample production apparatus uses a laser unit and filter unit to analyze diffraction image illuminance for protein liquid control.

Dual deflection units dynamically adjust trajectories to ensure secondary electrons reach a reflection plate, improving detection efficiency.

Permanent magnets compress electron beam longitudinal size to 80 mm, fitting conventional titanium windows while eliminating power consumption.

A particle beam microscope uses a double deflector to change beam orientation for multi-angle imaging and precise objective lens adjustment.

Flow-impeding structures in the central zone increase drag to balance suction pressure, preventing deposit detachment on side walls.

A flexible coupling connector secures electrostatic elements to feedthrough stubs while accommodating thermal expansion and mechanical deformation.

A charged-particle microscope records detector output as a function of emergence angle to spatially resolve sample data.

A broadband laser pulse generator produces a white supercontinuum via nonlinear optical spectral broadening.

A charged particle beam system segments electron beams into multiple beamlets using a multi-aperture plate and deflectors for precise control.