Electric Discharge Tubes TRIZ Cases

Integrated elastic springs support contact arms to maintain stable electrical connection under vibration.

Threaded lifter pins in the substrate support extend minimum discharge voltage, preventing electron avalanches that damage wafers during high-power etching.

Isotropic etching method for silicon germanium films using rapid thermal heating and oxidant plasma to achieve atomic layer control.

An X-ray imaging apparatus uses a camera to recognize markers and automatically positions the tube and detector.

Varying shower plate aperture density compensates for irregular reaction chamber geometry, ensuring uniform film thickness despite plasma diffusion.

A charged particle beam generator integrates active liquid cooling in collimator electrodes with high voltage shielding to manage thermal loads.

Segmented conductive plates and insulating spacers create an electrical field shield that prevents plasma leakage and secondary radio frequency discharges.

A dual-mode electron optical inspection apparatus uses immersion and non-immersion lenses to switch between high-throughput scanning and high-resolution review.

A passive capacitively-coupled electrostatic probe detects plasma instabilities by monitoring induced currents through a measuring capacitor.

A cyclic plasma etch process removes silicon-based materials using segregated fluorine radical steps.

HDP-CVD carbon gapfill resolves voiding and poor film quality in narrow trenches by depositing thermally stable sacrificial layers with minimal shrinkage.

Pluggable pin connectors simplify LED light source module repair and reduce projector thickness.

Liquid immersion microscopy enhances resonance Rayleigh scattering to resolve chirality assignment challenges in carbon nanotubes.

A mis-cut silicon wafer with a knife edge structure on scintillating material detects charged particle beam spot sizes.

A pressure detecting unit attached to a cooling water circulation block maintains low temperature for reliable detection.

Segmented chlorine gas flow rates maintain profile integrity and critical dimension control during selective etching of multi-layer film stacks.

A sample holder rotates microscale specimens within a charged particle beam column to enable multi-angle observation.

Separate ring electrode power compensates for geometric mismatches to minimize ion incident angle deviation across the workpiece edge.

A vacuum processing apparatus heats a deposition preventive plate using radiation from a metallic block body.

Pre-cleaning removes surface oxides from dielectric materials, improving etch profile control and selectivity.

Mixing plasma radicals with HF treatment gas suppresses excitation energy to selectively remove native oxide films from semiconductor substrates.

Segmented wire electrodes measure individual filament currents to identify broken components within an electron beam radiation device.

Metal bonding between the base and electrostatic chuck lowers thermal resistance, enabling precise temperature control during high-power RF processes.

A vacuum evacuation system uses shared backup pumps to reduce installation space and costs.

Elongated tube sputtering system confines plasma via magnetic fields, reducing surface damage during large-area deposition of two-dimensional materials.

Rotational symmetry and asymmetric spacing prevent concave film thickness distributions while maximizing processing capacity.

Tilted ion beam selectively etches lower layers while protecting mask sidewalls, reducing defects in fine pattern formation.

A beam profile determination method measures ion beam characteristics orthogonal to scanning directions to compute dose distribution uniformity on substrate surfaces.

Vertical grooves in a ceramic heater shaft isolate conductive films, preventing short-circuits and enabling more heating elements.

A plasma polymerization apparatus deposits conformal coatings on inner surfaces using a conductive metal foil intermediary.

Tracking deflection minimizes electron optics aberration and eliminates settling time during continuous stage movement for higher throughput.

A thin-layer laminate absorbs hydrogen and water vapor at low temperatures, eliminating high activation damage to detector elements.

A pre-cooled photolithographic substrate enters a plasma chamber where a heat transfer fluid maintains the target temperature below zero degrees Celsius.

A system generates scan profiles by combining desired implant patterns with linear uniformity arrays to compensate for spot beam non-uniformity.

Segmented plasma processing with variable electrostatic chuck temperatures equalizes space depth in multilayer films while minimizing bottom deformation.

Atomic layer deposited titanium oxide layers reduce contact resistance in CMOS MIS contacts.

Anti-electromagnetic patterns on chamber surfaces control voltage drops, resolving deposition non-uniformity and reducing tool downtime.

Feedback loop modulates gain via variable amplifier to compensate for aging-induced signal drops, extending beam tube operation lifetime.

Variable geometry hollow cathodes adjust sheath voltage to resolve plasma uniformity and density control precision trade-offs.

Independent impedance tuning of the showerhead and liner compensates for non-symmetries, resolving non-uniform etch rates.

Dispersion pins support intermediate plates while guiding gas flow through dedicated passages, eliminating spacer obstructions for uniform distribution.

A uniform light generating system uses a control unit to adjust luminous flux via a brightness control element.

A carbon material-polymer strain sensitive film uses layer-by-layer assembly to form a multi-layer composite structure.

Electron beam induced surface reactions define patterns to overcome low purity and limited material constraints in direct write nano-fabrication.

A charged particle beam writing apparatus exchanges mesh region parameters to handle chip data reversal and rotation efficiently.

Stepped electrode substrate extends electric field for aberration correction in multiple electron beam systems.

Segmented plate electrodes isolate plasma to edges, preventing front surface redeposition and preserving reflectivity.

Liquid adhesion composition with specific cross-linking agent prevents premature polymerization, ensuring stability and uniform coating quality.

A concave sputtering target with a sloped peripheral region compensates for central thickness buildup, resolving radial non-uniformity in PVD chambers.