Electric Discharge Tubes TRIZ Cases

An adjustable plasma source coil modifies branch extending direction and tilting levels to resolve uniformity trade-offs under varying processing conditions.

Aligned loop antenna currents create uniform electromagnetic fields to resolve non-uniform plasma distribution in large chambers.

A multi-charged particle beam writing apparatus uses a grating lens and correction lens to correct spherical aberrations.

Electromagnetic-mechanical pulser generates 50 GHz electron pulses while suppressing dispersion through pillbox resonators and magnetic quadrupoles.

Recessed electrodes in a tube wall generate plasma in a dedicated discharge space, preventing particle contamination on inner walls.

Infrared absorption of SiF4 byproducts enables absolute etch rate measurement, resolving endpoint detection failures in high-aspect ratio features.

A phase-contrast electron microscope uses a first diffractive lens to image the objective's rear focal plane into an intermediate diffraction image plane.

Orthogonal blankers deflect defective beams while detection units identify errors, maintaining throughput and pattern accuracy in multi beam lithography.

Adjustable incidence angle improves edge slope precision while preventing surrounding area damage during mask repair.

Filling deep voids with a polymer creates a flat surface that eliminates depth-of-focus limits, enabling precise feature formation in sloped HAMR structures.

Segmenting the process into a master alloy stage prevents volatilization of low boiling point elements during final melting.

Graphene sheets doped with barium form a hermetic barrier that prevents substance loss and extends operational lifetime at high temperatures.

Temperature measurement determines implanted ion quantity, preventing excessive implantation and demagnetization of magnetic storage media.

Silicon in ruthenium targets inhibits crystal grain coarsening, reducing arcing and particle generation during sputtering.

Segmented ion shower grids with independent voltage control resolve non-uniform energy distribution issues in plasma immersion ion implantation reactors.

Modulating the light source frequency differentiates insect wingbeats from ambient noise for accurate sorting.

An integrated hydrogen generator reacts with aluminum nitride deposits to form volatile hydrides, preventing arcing and extending ion source lifetime.

Laser grooves the die attach film to prevent floating during cool expansion, ensuring accurate chip recognition and separation.

Concentric electromagnetic coil rings produce a uniform perpendicular magnetic field to correct substrate skew and improve etch depth uniformity.

A movable magnet array directs the electrical arc to specific points on a cathode surface, resolving random coating density and uneven material consumption.

A beam collimator deflects ion trajectories to measure parallelism for calculating beam energy.

A detection module monitors plasma impedance between the cathode and anode to identify arc conditions in real time.

Dual gas introduction mechanism supplies processing gases through a ceiling unit and a ring-shaped member positioned between the ceiling wall and mounting table.

A charged particle beam device uses a diode and resistor to hold extraction electrode voltage during power source failure.

Alternating high frequency and negative DC voltage phases neutralizes positive ions at hole bottoms, improving etching profiles.

R-axis rotation aligns the ion milling mask without introducing heat sources into the sample chamber.

Connection plates with non-uniform impedances adjust inductance values to resolve plasma density non-uniformity across the substrate processing area.

A modulator introduces localized wavefront modulation within a particle-optical lens system image space to enable flexible phase and amplitude reconstruction.

Transverse conductor units reduce resistive heat generation in ceramic substrates, ensuring thermal uniformity and mechanical strength.

Adjusting coil inductance via phase difference maximizes voltage to ensure ideal electrical separation between adjacent electrodes.

Precise atomic ratio control in indium gallium tin oxide sintered bodies prevents cracking during bonding while maintaining low resistivity.

A field enhanced inductively coupled plasma reactor integrates segmented heater elements with a dielectric lid to couple RF energy into the process chamber.

A maximum scan slit width method increases electron beam lithography throughput by reducing required scan lanes across the wafer substrate.

A resist pattern shrinkage model corrects focus values using electron beam exposure data to determine precise focal shift lengths.

A segmented substrate cover with a grounded second part enables rapid loading and unloading on the stage.

Segmented fasteners suppress susceptor warpage from thermal stress, maintaining substrate flatness during plasma processing.

A charged particle beam device uses an orthogonal electromagnetic deflection unit to deflect secondary electrons toward a detector.

A frequency-modulated light source drives a photocathode to generate pulsed electron beams for high-precision sample inspection.

A substrate processing apparatus uses a segmented gas distribution device to generate plasma at the perimeter for selective edge film removal.

Isotopically-enriched boron compounds enhance beam current in semiconductor ion implantation processes.

Segmented showerhead zones deliver inert and process gases with independent control, resolving precision-complexity trade-offs in semiconductor fabrication.

Charged particles in the reflective panel control light reflection to suppress luminance deterioration caused by layered optical components.

Post-treatment plasma converts reactive aluminum chloride to stable fluoride crystals, preventing corrosion from air moisture and oxygen exposure.

Adhesion preventing plates spaced at specific intervals suppress arcing and maintain uniform piezoelectric film thickness.

A dielectric barrier and wire mesh electrode assembly generates plasma for edge polymer removal at atmospheric pressure.

Temperature cycling vaporizes dopant layers to redistribute material uniformly, resolving line-of-sight access limits in 3D nanowire structures.

Analytic S-distortion model corrects image intensifier distortions using computed magnetic field vectors.

Multi-pass scanning segments acquisition time while maintaining spectral quality, enabling real-time feedback and faster sample throughput.