Photosensitive Material Processing TRIZ Cases

A resist polymer forms a lactone ring under acid action to reduce solubility in organic solvent developers.

A chemically amplified negative resist composition uses a specialized onium salt quencher to manage photoacid behavior during lithography exposure.

Photo-thermal curing copolymer prevents flexible substrate deformation while ensuring complete crosslinking below 200°C.

A photoresist composition utilizes photoradical-assisted self-polymerization to stabilize the film structure during semiconductor manufacturing.

Segmented recording layers with infrared absorbing agents and polyurethane resins resolve the trade-off between development latitude and chemical resistance.

Reactive ion etching forms ink supply port portions using a mask with varying opening widths.

Tri-layer bonding material shrinks photoresist features by 5-15 nm through controlled acid generation.

A two-step thermal treatment modifies metal-containing EUV photoresist to increase etch selectivity and reduce line edge roughness during dry development.

Using a negative tone photoresist and oxidizing plasma to form template features eliminates hazardous DMSO developers in block copolymer self-assembly.

A silicon-rich middle layer suppresses critical dimension variations during semiconductor etching.

Controlling resist layer mass change suppresses interface voids, preventing peeling in micronized wiring boards.

High-speed substrate spinning removes developer via centrifugal force, reducing organic solvent consumption while maintaining circuit pattern precision.

Metal-containing chemical sensitizer enhances EUV photoresist sensitivity while developer removes metal residuals to maintain pattern dimension accuracy.

Phenolic hydroxyl groups enable rectangular cross sections, resolving oxygen inhibition and adhesion issues for high-density metallic patterns.

A controller moves a cooling plate closer to a heated substrate to accelerate heat transfer while preventing thermal shock damage.

Assigns identical mask colors to critical path polygons, reducing AC mismatch and performance variations from process deviations.

A positive resist composition uses iodine-substituted aromatic rings to enhance EUV absorption and acid generation efficiency.

A negative-working photosensitive siloxane composition cures via light exposure using a specific ureido bond compound and photo-polymerization initiator.

Sulfonyl and nitrogen compounds reduce surface tension to prevent resist pattern collapse during developer removal.

Centrifugal force removes dissolved products during substrate rotation, preventing bridge defects and reducing expensive cleaning liquid consumption.

A blankmask with a reflection film surface roughness of 0.5 nm Ra or less improves flatness for extreme ultraviolet lithography.

Composite particles prevent sedimentation and balance shielding against light transmittance for optical sensors.

Segmenting evaluation positions to exclude overlapping polygon boundaries prevents redundant calculations, reducing processing time by 2000-fold.

A heating part supports a substrate while a dispersion mechanism discharges acid-containing developing gas from multiple ports above the heating part.

Adjusting the pH of a hydrofluoric acid-based stripping solution prevents corrosion of SiO2 and metal materials during semiconductor manufacturing.

Sub-20 nm metal particles in photoresist boost EUV absorption to resolve throughput and resolution trade-offs.

A patterned semiconductor nanoparticle film uses polythiol additives to enable radiation-induced solubility changes for high-resolution device fabrication.

Monomer diffusion through a laser-ablated mask generates high-resolution flexographic printing plates, bypassing lengthy solvent washing and drying cycles.

Hydrophobic hollow silica particles dispersed in a polysiloxane matrix reduce film refractive index while maintaining stability against agglomeration.

A polyimide precursor synthesis method using carboxylic anhydrides and ether-amide solvents to achieve high molecular weight.

A chemically amplified resist composition uses a PGMEA and ethyl lactate solvent mixture to form uniform films.

A photoresist planarization layer reduces metal reflectivity to resolve imaging difficulties during semiconductor chip alignment.

A fluorine-containing polymer segregates on the resist film surface to enable effective antistatic film coating.

A benzyltrialkylammonium hydroxide aqueous solution accelerates alkaline dissolution in chemically amplified positive resist compositions.

Gradient molecular weight in the resist underlying film prevents residue defects while maintaining substrate adhesion.

Integrated hardmask composition eliminates dry-etching steps and processing time during multiple dark field exposures.

Microcapsule-based photoresist composition auto-repairs scratched sites, eliminating white defects and reducing production costs.

Cyclic heating and development medium contact control the thermal state of relief precursors during flexographic printing element fabrication.

A resist composition with specific constituent units stabilizes pattern shape during development and rinse treatments.

A planographic printing plate precursor uses a protective layer to prevent misfeeding and surface scratches.

Acid-labile protecting groups in the polymer enable sufficient solubility change at low light doses, resolving the photon scarcity bottleneck in EUV patterning.

High molecular weight copolymers with specific monomer units reduce surface roughness and improve critical dimension uniformity in EUV lithography.

Effervescent developer precursor dissolves rapidly in liquid without agitation to prepare lithographic printing plate solutions.

Branched fluorinated photopolymers improve development and stripping rates while preventing material degradation in sensitive organic electronics.

A lithographic printing plate precursor uses a cellulose-based barrier layer between the image-recording and overcoat layers to prevent material mixing.

Organotin compounds in the resist layer replace acid-catalyzed amplification to reduce line edge roughness while maintaining sensitivity.

A resist film with a polar group resin and photodegradable ion compound undergoes washing with an organic solvent-based solution.

An intermediate medium concentrates the electric field to reduce line edge roughness and improve resist sensitivity.

Adjusting exposure duration manages light dosage to define void and solid volume ratios, resolving precision trade-offs in 3D photonic crystal formation.