Component Separation TRIZ Cases

Silver-based silica gel column chromatography separates linoleic acid from vegetable oil esters, achieving over 85% recovery rates.

A spring-loaded conical plug check valve prevents solvent backflow during injector volatilization, reducing tailing and carryover in gas chromatography.

A portable hydrogen peroxide detector uses a chemiluminescent reaction zone to generate detectable light signals for rapid vapor sensing.

A gas chromatograph controls carrier gas flow rates to detect leakage using whole flow rate detection units.

A radial detector module integrates multiple thermal conductivity sensors on a high-conductivity carrier to enable scalable configuration.

Automated online monitoring replaces offline testing to maintain measurement precision while improving biomanufacturing productivity.

Optical sensor reads syringe identification code to determine piston movement, preventing analysis errors from incorrect internal volume settings.

A single layer nanofluidic chip integrates a nanoDLD array and spacer housing for parallel fluid processing.

A multiport valve assembly segments fluid streams using pressurized gas bubbles to deliver precise liquid volumes into microtiter plates.

A light shield blocks plasma radiation from the insulating member surface in a discharge ionization detector.

A preloading operation unit adjusts pressure sensor signal acquisition frequency to maintain stable liquid feeding in chromatograph pumps.

Optimized HPLC conditions separate multiple impurities in cyclosporin A eye gel, eliminating excipient interference.

Detects interface arrival time in capillary electrophoresis micro flow paths using optical absorbance changes to establish a dynamic reference point.

A liquid chromatograph supplies a cleaning solution to the mobile phase flow path to temporally change the liquid composition for carry-over elimination.

Esterifying urinary carboxylic acids with MSTFA and TMCS creates trimethylsilanesters for gas chromatography mass spectrometry analysis.

A micro-fabricated pillar array enhances lateral permeability, reducing band broadening and axial dispersion in chromatographic devices.

Composited positional isomers in a single standard reduce analysis time and analyte carryover while extending the linear dynamic range of mass spectrometers.

A mathematical model calculates peptide-specific parameters directly from complex mixtures using simultaneous retention data.

A switchable flow restriction controls gas inlet rates in isotope ratio analyzers to optimize measurement cycles.

Conical chamber and ferrule securing mechanism align fragile capillaries to orifices, preventing breakage during handling.

A fluidic flow splitter divides mobile phase solvent into two streams to dilute injected sample plugs before column entry.

An automatic analyzer captures reaction images to calculate photometric parameters for sample analysis.

Parallel elongated frit reduces backpressure during high-volume sample processing, enabling faster flow rates and improved recovery of plasmids and viruses.

Diffusion-bonded metallic sheets form hermetically sealed microfluidic channels for chromatographic separation.

A metering device mixes liquid samples with mobile phase before injection to prevent peak distortion from solvent mismatch.

Deaeration unit removes bubbles from liquid specimens to stabilize Taylor cone formation and improve measurement reproducibility.

A data processing system for mass spectrometry selects between absolute and relative toleration modes to determine identification ranges.

Controller-driven valve routing automates consumable equilibration, eliminating manual setup and reducing system downtime.

Automated segment subdivision prevents shortened dwell times and reduced sensitivity when analyzing many compounds with close retention times.

Dual traps separate VOCs from water vapor to enable splitless injection, resolving peak broadening while maintaining high sensitivity.

A dipolar AC voltage facilitates radial activation of ions within a linear ion trap to enhance electron transfer dissociation yields.

LC-MS/MS with a C4 column quantifies olaflur in toothpaste, resolving the inability of prior methods to distinguish organic fluoride from inorganic sources.

Segmented gas chromatography union with secant ring prevents leaks and thermal lag during temperature cycling.

An integrated combustion gas analysis device merges micro-chromatography with a laser unit to reduce gas consumption and atmospheric emissions.

A gas-spouting liquid-sample injector uses a branch tube to divert nebulizer gas, creating larger mist droplets for easier powder collection.

Laser desorption converts release agent residues into gas for FTIR analysis, resolving measurement difficulty from small layer thickness.

Dynamic flow modulation stabilizes pressure between 2D-LC separation units, preventing mechanical stress from viscosity changes.

A mass spectrometry method normalizes product-ion spectra using a peak function to optimize measurement conditions.

A chromatograph mass spectrometer adjusts collision-gas pressure dynamically based on compound retention time to maximize ion dissociation efficiency.

Integrated pyrolysis oven and gas chromatograph analyze total and fractionated hydrocarbons in rock samples under difficult field conditions.

A refractive index detector integrates a switching mechanism to control fluid flow between sample and reference cells.

Proportioning valves split a single pump's output to feed staggered chromatography channels, reducing hardware footprint and maintenance costs.

Heated nebulizer chambers with high thermal mass heat sinks minimize temperature fluctuations, reducing stabilization time and analyte loss.

Internal fluid pathways within a flow control block enable parallel or serial module coupling, eliminating external tubing complexity.

A pressure control system compresses and splits chemical samples between compression volumes to narrow chromatographic peak widths.

A standardized amino acid solution covers plasma concentration ranges for accurate calibration.

A liquid chromatography device uses a gas transfer pump to depressurize a storage chamber, eliminating eluant waste during container replacement.

Subterranean passages in the rotor enable selection from eight alternate flow paths, reducing required face area and eliminating additional valves.

Automated column changer reduces dead volume and throughput time via clamping mechanism.

A modular gas chromatograph design enables end-users to quickly replace injector and detector modules without manufacturer intervention.