Individual Molecule Manipulation TRIZ Cases
- Heater Resistance Monitoring for Localized Abnormality Detection
Resistance changes over time reveal localized heater damage and overheating earlier than temperature-based detection alone.
- Single-Ion Heat Engine Cycle Using Squeezed Thermal Reservoirs
Electric-noise thermal reservoirs let a trapped single ion run an Otto-like heat engine cycle at mesoscopic scale with higher efficiency.
- AC-Field Macromolecular Rotary Motor Using a Brownian Ratchet
An alternating-current field drives a DNA rotor-stator Brownian ratchet for directional rotation up to 250 RPM and torque against viscous drag.
- Silane-Modified Copolymer Nanoparticle Binders for Automotive Clear Coatings
Surface-modified inorganic nanoparticles dispersed in silane-modified copolymers resolve storage stability conflicts while delivering high gloss and low haze.
- Vertical Nanowire Transistor Structure for Leakage Reduction
A vertical nanowire transistor structure uses selective epitaxial growth to form source and drain regions.
- Gold Nano-Rod Biosensor with Platinum Encapsulation
Platinum encapsulated gold nano-rods resolve manufacturing precision and cost contradictions by boosting signal sensitivity.
- AFM Probe Tip Nanoscale Spectroscopy via Modulated Image Forces
Modulated energy beam creates image force gradients on the AFM probe tip, enabling nanoscale spectroscopic detection across RF to infrared wavelengths.
- Non-convex Nanostructure Patterning via Imprint Lithography Templates
Segmented template fabrication resolves the contradiction between manufacturing precision and process speed for complex nano-patterns.
- Ion Exchange Resin Nanoparticle Synthesis for High Purity
Ion exchange resin separates precursor impurities before reduction, resolving the trade-off between manufacturing simplicity and nanoparticle purity.
- Copper Phthalocyanine Pigment Crystal Control via Fluid Processing
Fluid processing apparatus forms thin film fluids to produce copper phthalocyanine microparticles with controlled crystal types and particle sizes.
- Metal Nanobelt Conductive Film via Room-Temperature Polymer Reduction
Room-temperature reduction of metal salts by conductive polymers creates nanobelts that bypass high-temperature firing constraints.
- Quantum Dot Coating for Moisture Stability
A semi-permeable metal oxide coating shields quantum dot cores from moisture, preserving quantum efficiency in humid environments.
- Carbon Nanotube Sheet With Coating Film For Thermal Contact
A thermal conductive sheet structure uses a high conductivity coating film on carbon nanotube ends to join neighboring linear structures.
- 3D Crossbar Nanowire Arrays for High-Density Memory
Three-dimensional crossbar arrays stack nanowire layers to increase component density while avoiding photolithography alignment precision limits.
- Graphene Nanostructures with Ring-Shaped Metal Patterns
Block copolymer templates form ring-shaped metal patterns on graphene, resolving manufacturing difficulties while boosting photocurrent generation.
- Tuning-Fork Near-Field Probe for Terahertz Spectral Analysis
A tuning-fork based near-field probe delays multiple reflections to isolate scattered waves from the nano-probe tip.
- Nanoscale Stepper Motor Using Optically Switchable Molecular Actuators
Optically switchable molecular actuators drive progressive motion between opposing bodies for precise nanoscale positioning.
- Tunable Gold-Copper Nanoparticle Synthesis via Precursor Ratio
Synthesizing discrete gold-copper alloy nanoparticles with controlled near-infrared photoluminescence through organic ligand modulation.
- Stabilized Quantum Dot Structure with Amorphous Buffer and Barrier Layers
A stabilized quantum dot structure uses an amorphous buffer layer and a barrier layer to protect luminescent particles from environmental degradation.
- Graphene Nanoparticle UV Photodetector Fabrication
Graphene thin films replace lattice-matched substrates to simplify fabrication of cost-effective UV photodetectors.
- Iron Oxide Nanoparticle Synthesis via Chemical Precipitation
Chemical precipitation produces uniform iron oxide nanoparticles that maintain capacity retention during charge/discharge cycles.