From Normal Temperature Solutions TRIZ Cases

See how a metal skeleton and indium O-ring sealing reduce crystal growth time, enhance thermal

A temperature-controlled robotic cabinet automates plate storage, transport, and imaging to reduce sample damage and raise protein crystallization throughput.

Color-changing light through the liquid path shows electrolysis cell status, helping users verify sanitizing liquid production.

Electrolyzed liquid from an anode-cathode spray bottle cleans and sanitizes surfaces without surfactant residue or related health effects.

Laser-induced solvated electrons directly form diamond semiconductor layers at room temperature, avoiding kiln shrinkage and binder contamination.

A high-isoelectric-point protective layer blocks fabrication contaminants, preserving heat dissipation, optical characteristics, and phosphor layer adhesion.

Evaporation crystallization controls seed addition and stirring to tune erythritol sweetener crystal size while keeping taste uniform and costs lower.

A rotating helical web in a horizontal tube enables continuous crystal growth with controlled temperature, dosing, and gentle handling of viscous media.

Water-assisted dissolution and precipitation densify powdered metals, improving green strength while reducing porosity for machining.

A wire saw slicing method uses controlled slurry temperature to align axial roller displacement and produce wafers with uniform bow directions.

Single-crystal films of zero nuclear spin isotopes reduce noise and decoherence, enabling longer coherence times in quantum computing.

Plasma irradiation of crystal growth ink forms a crystalline metal framework, replacing expensive sputtering targets to lower material costs.

Gradient mixing in nanowells establishes hundreds of unique concentrations, resolving the trade-off between high throughput and minimal sample consumption.

A low-temperature hydrothermal method synthesizes phase-pure ferroelectric BaMF4 materials using aqueous fluoroorganic acids.

Segmented memory modules reduce trench aspect ratios and RC delays by connecting vertical word lines through top and bottom global interconnects.

Vibrational polishing with abrasive particles removes scale coatings from anode media substrates.

Solution growth of diphenylacetylene and stilbene crystals reduces manufacturing costs while maintaining pulse shape discrimination capabilities.

Replacing toxic phosphine with non-halide precursors eliminates reprecipitation and enables scalable production of high-purity perovskite nanocrystals.

Controlling water content during precipitation stabilizes the TiOPc Type IV crystal form, resolving reproducibility issues in manufacturing.

A continuous crystallization cascade uses pre-crystallizers to form magma for a main unit, enabling controlled crystal growth.

An electrochemical process recovers radiolabelled isotopes from organic substances using an acidic aqueous electrolyte containing silver ions.

Cyclic thermal zones dissolve encrust on reactor walls without disrupting bulk crystal growth, enabling continuous manufacturing.

A biomass-derived porous calcium oxide template guides coprecipitation in a methanol-ethanol solvent to form stable alpha-phase nickel hydroxide.

Switching to a non-aqueous solvent and elevated temperature resolves the contradiction between mild synthesis conditions and high yield.

Segmented 3D NOR memory stacks use global interconnects to link vertical word lines across half-height modules.

Agitated carbon beds settle for separation, then use electric current to regenerate adsorbents without large electrodes.

Heavily doped surface regions resist electrochemical erosion, extending operational lifetimes without additional production steps.

A rule-based soaking solution balances organic solvents and compatible solutes to stabilize biological macromolecular crystals during small molecule screening.