Electric Discharge Tubes TRIZ Cases

Dual frequency sputtering treats atomic layer deposited barrier films to increase density and purity, reducing resistivity for 7 nm devices.

A three-phase hollow cathode plasma source generates continuous electron emission across multiple electrodes.

Segmented reservoir design minimizes dead space volume to reduce sample loss while maintaining fluid exchange capacity through integrated screens.

A particle optical corrector uses three hexapole elements to cancel residual aberrations and enhance image quality.

A silicon field emitter coated with a pure silicon carbide layer enables efficient electron generation at room temperature.

Kick pulses adjust ion energy distribution to resolve the trade-off between high ionization and low deposition rates.

Hermetically sealed enclosure filters ultraviolet radiation from plasma photon sources to extend lamp lifespan.

One-piece insulative bases integrate terminals to reduce dimensional tolerance and raise structural strength in backplane connectors.

A corrugated driven electrode generates a uniform plasma sheath along the inner wall of an RF cavity chamber.

A charged particle beam device uses a four-switching circuit blanking control to manage noise voltages on dual electrodes.

Alternating germanium oxide and silicon oxide layers enable dry etching with high selectivity for 3D NAND memory structures.

Filling defective through holes with beam shields prevents uncontrolled beam passage and improves writing accuracy.

A multilayer sample stage structure suppresses non-uniform heat transfer to improve wafer temperature control.

Rotating the target moves the arc discharge position to avoid end portion instability and eliminate trimming requirements.

A dielectric plate with concentric rings disrupts standing waves to generate uniform plasma density.

A connector module uses indexing members to align with a base member for secure attachment.

A laser sheet decomposes film forming gas concurrently with plasma ionization, preventing window clouding and ensuring uniform film thickness.

Electronic variable capacitors eliminate mechanical failures from frequent impedance changes, ensuring operational continuity in semiconductor fabrication.

Plasma CVD silicon film deposition and isotropic etching reduce line width variations in electronic device manufacturing.

Two-piece isolating assembly shields metal ring member from plasma exposure in semiconductor processing chambers.

Showerhead design embeds high-frequency conductor and seals electrode terminal with fused glass preform to prevent corrosion-induced connection failure.

Segmented RF antennas with variable capacitors control plasma density distribution to resolve voltage drop and wavelength effects in large-diameter processing.

A hollow cathode device directs electron beams using a de Laval nozzle for gas acceleration.

RF hub links distributed sensors to external controllers, enabling precise parameter adjustment without wire access restrictions.

Segmentation and a movable seal prevent alumite moisture absorption, reducing vacuum exhaust time after maintenance.

Gas cluster ion beam deposits selective thin films without sub-surface damage.

A low-impedance RF generator adjusts feed cable electrical length to double load-end voltage, resolving self-oscillation limits during plasma ignition.

Simultaneous remote and in-situ plasma generation increases etch rates above 5 μm/min, cutting chamber cleaning cycle time by over 40%.

Segmented heater plate blocks decouple thermal zones to maintain temperature uniformity below ±0.3°C despite aggressive plasma cooling.

Elevating the sweeper temperature to 150–500°C via resistive or halogen heating prevents sputtered material deposition, extending maintenance intervals.

A spherical receiver mechanism aligns the sample holder fulcrum with the microscope column axis to stabilize the optical path during tilting operations.

A transparent halo with varied aperture dimensions allows ion beam passage while maintaining electrostatic field uniformity.

Electron implantation generates a repulsive electric field to confine lithography electrons within the resin layer.

Segmented magnetic poles in a rotating magnetron maintain deposition uniformity and reduce particle size at increased substrate distances.

Vertical movement of the movable edge ring controls plasma distribution uniformity, resolving non-uniform processing in conventional apparatuses.

A multiple particle beam system operates in a mirror mode using adjustable sample region voltage to direct reflected beams for inspection.

A detector operating in particle counting mode records diffraction patterns iteratively with relative motion between the pattern and sensor.

Segmented protrusions absorb mechanical stress from cooling plates, preventing cracking of brittle targets while ensuring thermal contact.

Color sensing estimates plasma-induced oxide reduction on metal seed layers, preventing non-conductive defects during electroplating.

A plasma processing device removes in-phase signal components to detect etching endpoints with high precision.

A charged particle beam writing apparatus corrects deflection amounts using calculated shift values derived from substrate height measurements.

A focus ring thimble device lifts a semiconductor wafer from an electrostatic chuck using mechanical force.

Angled injector channels disperse gas uniformly, reducing radical recombination and enhancing photoresist strip rates.

A two-step plasma cleaning process removes deposits from etching chambers using chlorine and boron trichloride gases.

Segmented foil grid lenses correct chromatic and spherical aberrations in signal beams while keeping primary beams unaffected.

Modular showerhead electrode assembly with separate gas passages for temperature control and plasma processing.

A composite charged particle beam apparatus combines focused and gas ion beams with dual-axis tilting to finish thin sample surfaces.

Noise detection wiring captures device-generated interference for arithmetic subtraction, restoring signal-to-noise ratio in deep groove measurements.

A charged particle beam writing apparatus adjusts focus position based on measured ozone partial pressure within the chamber.

Multi-platen ion implantation apparatus rotates and translates substrates to enable simultaneous processing with a single beam.