Photosensitive Materials TRIZ Cases

A water-insoluble polymer coating protects resist patterns during immersion lithography.

Hafnium and zirconium oxy hydroxy compounds enable solution-based deposition of high-quality thin films without organic materials.

A positive photosensitive composition uses a lactone resin and acid generator to achieve high resolution.

Hydroxythiol compounds resolve the trade-off between high photopolymerization sensitivity and poor storage stability in curable compositions.

A chemically amplified resist composition uses a salt with an anthraquinonyl group and an acid-labile resin to achieve high resolution.

Aromatic polymer hardmask eliminates separate antireflective coatings while maintaining high etch selectivity and storage stability.

A photosensitive resin composition uses a dye-polymer composite to maintain pattern stability during manufacturing.

A positive-type photosensitive composition forms metal compound film patterns using a low-molecular-weight photosensitizing agent.

A polysiloxane underlayer film composition incorporates carboxyl and acid anhydride groups to enhance structural integrity during organic solvent development.

Fluorinated resin composition controls acid diffusion to reduce line width roughness while maintaining pattern collapse resistance.

An absorptive layer prevents infrared light transmission through photoresist, resolving focus detection accuracy degradation in semiconductor lithography.

Replacing petroleum binders with biomass materials reduces environmental harm while maintaining acid-resistivity and glass transition temperature.

Short-wave infrared radiation fixes volume holograms in photopolymer material, eliminating long processing times and high heat capacity risks.

A cardo-based photosensitive resin composition enhances developability and mechanical strength through optimized monomer ratios.

A blue resin composition uses azaporphyrin dyes and copper phthalocyanine pigments to form high-quality color filters.

A negative tone molecular glass resist uses photo-acid generators to trigger cross-linking reactions that reduce solubility in exposed regions.

A positive resist composition combines a fluorinated cyclic main chain resin with an acrylic resin to enhance surface hydrophobicity.

A graded spin-on antireflective coating reduces radiation reflection through a single polymer layer with varying optical properties.

A polymerizable composition uses a specific oxime ester initiator to absorb 365 nm light and generate radicals for curing.

A PDMS carrier substrate adheres to non-conventional wafers, allowing secure vacuum clamping despite slots or holes that prevent direct holding.

Photoresist composition with anthraquinone dye reduces pigment scattering to improve LCD contrast.

Aliphatic ring resins transmit deep ultraviolet radiation to enable precise pattern formation in semiconductor manufacturing.

Acid labile groups in the polymer structure increase carbon density, resolving the trade-off between sensitivity and resolution during EUV exposure.

A composite negative photoresist composition enhances photosensitivity and adhesion for array substrates.

A photosensitive adhesive composition uses a carboxyl-containing polyimide to enable alkali-developable patterning and low-temperature re-adhesion.

Fluorinated compounds increase the receding contact angle to prevent immersion liquid permeation while maintaining coating uniformity.

A water-soluble polymer composition forms an interfacial layer on photoresist patterns to improve etching resistance and pattern resolution.

A photosensitive resin composition forms a cured film with excellent adhesion and soldering heat resistance.

Combining acrylate and methacrylate writing monomers increases refractive index modulation, resolving insufficient brightness in holographic media.

Photo-crosslinkable epoxy cycloaliphatic acrylic polymers eliminate complex synthesis and rinse steps while directing block copolymer microdomain orientation.

A resist composition uses a composite resin system to enhance pattern resolution.

Novel polymeric compound enables precise pattern formation by differing solubility of exposed and unexposed areas, resolving resolution-integrity trade-offs.

Optimized initiator systems prevent undercutting to ensure uniform metal structures.

A bisphenol polyurethane polymer enhances flexibility and toughness in photoimageable compositions.

An alkali-soluble fluorocarbon layer protects resist films from immersion liquid deterioration while maintaining high pattern resolution.

A radiation-sensitive resin composition uses adamantane and branched chain groups to enable development with organic solvent.

An ablation layer with anionic polymers resolves oxygen inhibition and moisture wrinkling in flexographic printing by enabling precise infrared pattern drawing.

A photosensitive resin composition uses a multi-branched acid group-containing vinyl ester resin to achieve ultrahigh sensitivity.

Polysiloxane hardmasks achieve two times higher resolution by responding differently to radiation levels, solving single-tone limitations.

A chemically amplified resist composition uses a polycyclic lactone resin and specific acid generator to enhance solubility control.

A negative resist composition uses a fluorine-containing resin to achieve high hydrophobicity at the film surface.

A photosensitive resin composition utilizes a macromonomer polymer to enhance chemical and heat resistance.

High molecular weight crosslinkers prevent sublimation loss in antireflective coatings, maintaining image resolution and uniformity.

A fluorine-containing polyaniline copolymer with sulfonic acid groups enables water dispersibility and high conductivity.

Porous resin layers with vapor inorganic particles absorb aqueous ink while hydrophobic zones prevent moisture-induced solid attachment.

A positive resist composition uses a specific sulfonium salt to restrict acid diffusion and enhance dissolution contrast.

A resist composition with specific structural units achieves wide focus margin and excellent pattern line edge roughness.