Electric Discharge Tubes TRIZ Cases

Atomic layer etching and selective carbon deposition refine photoresist patterns to reduce edge roughness without requiring high EUV source power.

Tilting the electron beam within a multipole element produces a corrective third-order aberration S3' that cancels parasitic S3, improving STEM resolution.

Selective upper electrode switching merges ICP and CCP plasma generation, extending discharge windows and improving processing uniformity.

A wafer placement table uses a tapered refrigerant flow channel to dissipate heat from the ceramic base.

Asymmetric magnetic field guides electron transport along low impedance pathway, reducing micro-arcing on non-biased substrates.

Conductive layers separate dielectric insulators from metal electrodes, preventing triple junction breakdown and ensuring stable ion implanter operation.

Segmented cover portions guide finger access to resilient members for intentional disengagement of low-profile connectors.

An asymmetric substrate handling robot wing extends into the field of travel without crossing the positioning structure line, eliminating interference.

A charged particle beam apparatus calculates sample stage attachment angles to form precise cross-sections.

A transparent screen protects laser optics from debris accumulation while maintaining power stability.

A two-dimensional pixelated beam locator aligns optical and electron beams in a charged-particle microscope, resolving manual alignment inefficiencies.

A cobalt gap fill method uses nitrogen plasma to inhibit nucleation at feature tops, enabling void-free deposition in high aspect ratio structures.

A system calculates adjusted power set points to ensure consistent plasma processing across multiple chambers.

Plasma deposition of a protective film on mask side walls prevents mask loss and suppresses etch stop during selective interlayer insulating film processing.

Plasma sputtering replaces toxic chemical vapour deposition with solid boron carbide, eliminating flammability hazards while reducing radiation losses.

A segmented imager records multiple images simultaneously via spatial deflection, reducing recording time and minimizing sample drift effects.

Applying pulsed DC bias to a bias electrode traps positive ions and prevents arc phenomena, improving thin-film quality.

A high frequency power device modulates oscillating signals to reduce reflected wave power.

Alternating etching and cleaning cycles transfer patterns onto semiconductor substrates to achieve precise vertical corner profiles at structure intersections.

Ground state hydrogen radicals deposit boron nitride films with high Young's modulus and low intrinsic stress, avoiding direct plasma damage.

Atmospheric pre-heating reduces vacuum cycle time and thermal expansion issues during ion implantation.

Tilted reactive ion flux removes a conformal layer to form asymmetric spacers, eliminating extra photolithographic steps that increase fabrication costs.

A hot edge ring acts as a voltage transducer to detect wafer potential in plasma processing chambers.

An electrostatic deflection system shifts the electron beam position to correct aberrations caused by stage vibrations, reducing response delay.

An electrical connector integrates power contacts within USB and eSATA interfaces to transmit energy alongside data signals.

Varying plasma electrode discharge area size along the vertical axis to generate uniform active species across stacked wafers.

A movable shield adjusts the edge ring exposure area, stabilizing etched hole tilt angles and extending replacement periods.

Remotely generated plasma species selectively etch edge films while purge gases suppress intrusion into active circuit regions.

A controller generates a metrology sampling plan from wafer topography data to guide scanning electron microscope inspection.

Patterned outer ring supplies etching products to suppress side etching and improve processing uniformity.

A high secondary electron emission electrode converts ion bombardment into an accelerated electron beam for precise substrate processing.

Monitor partial etching accuracy at high pressures by correlating integrated inert gas emission intensity with target thickness.

A substrate processing system positions power units below the top plate to enable vertical stacking of modules.

An off-axis gas feed and center-aligned pump port generate a cleaning plasma that removes polymer byproducts from substrate bevel edges.

Tilt units orient sample and shielding plate relative to ion beam irradiation direction, preventing scattered ions from degrading processing position accuracy.

Processor selects specific reference dice to compare suspected defects, reducing mechanical scan periods and accelerating review throughput.

Laser-plasma accelerators generate exponential electron beams to simulate space radiation environments.

A prevention module controls beam arrival at a TDI sensor to maintain constant exposure time during inspection.

Segmented flow channels deliver cleaning gas to non-processing regions, resolving inadequate surface contact in substrate processing chambers.

Resilient damping ring absorbs mechanical shocks between UV lamp and sleeve tube, preventing damage from vibration.

A centralized matchbox performs time-variable impedance matching for multiple vacuum plasma processing modules.

A subwavelength nanostructured anti-reflective layer minimizes light diffraction and scattering through precise protuberance geometry.

Monitoring reflected wave power detects plasma ignition instability, preventing substrate damage and contamination during processing.

Directing a charged particle beam at a sputter source deposits material onto a work piece, preventing surface damage and charging issues during processing.

A method forms protective films on opening inner surfaces using aminosilane gas sequences to enable precise anisotropic etching.

A compact vacuum coating machine integrates plasma treatment and evaporation devices within a single chamber to recoat spectacle lenses.

Tapered via hole conductors prevent voids during plating to suppress abnormal discharge and stabilize sensitivity in pixel-type radiation detectors.

A showerhead electrode assembly uses differential thermal expansion to align gas passages at operating temperature.