Component Separation TRIZ Cases

Adding a homogeneity inducing material stabilizes fluorescence responses, resolving variable quantification errors in fuel analysis.

Inline mini-plots resolve the trade-off between data accessibility and user convenience by enabling simultaneous visual comparison of multiple analyses.

A screening kit uses magnetic beads bonded with balanced hydrophilic-lipophilic polymers to adsorb six biomarkers from blood samples.

STAR7 automated HPLC quantifies seven petroleum compound classes in a single run using optimized columns and detectors.

Constant pressure operation in the second dimension reduces hardware stress and extends lifespan while increasing throughput.

An online sample manager merges process samples with diluent streams inside a fluidic tee to automate liquid chromatography workflows.

Py-GC/MS analysis determines photoresist binder monomer weight ratios via standard normalization, eliminating precipitation errors.

Analytical measurement of therapeutic parameters before and after interaction with activated-potentiated forms quantifies modifying potency.

A fluid supply system detects reciprocating element position to synchronize proportioning valve switching.

Segmented trapping layers resolve the adsorption-recovery trade-off, enabling selective dioxin extraction while minimizing solvent consumption.

Parallel deglycosylation with differential labeling enables single-injection LC-MS/MS analysis of glycopeptides.

Heating-driven sample ejection reduces measurement time and prevents cross-contamination during volatile organic compound analysis.

An elastic sealing member joins the connection block and plate, preventing distortion while ensuring tight fluid containment.

A method normalizes chromatographic peak profiles to create unique signatures for accurate analyte identification.

Adjusting the mobile phase composition during elution reduces peak tailing, enabling faster sample reinjection and higher throughput.

Sequential injection of sample and reagent via a single needle eliminates manual handling, reducing process time and operator exposure to hazardous chemicals.

A continuous gas stream system concentrates analyte gases by reducing carrier gas flow through split lines and valves.

A vaporizer device with a thermal isolation gap and wire mesh prevents compositional stratification in natural gas liquid samples.

An asymmetrically configured outlet in an axial chromatography column facilitates direct fluid connection and uniform liquid distribution.

Optical detection in a flow cell measures particle properties without mechanical sticking, resolving time delays from off-line lab analysis.

A centrifugal fractionation apparatus uses a DC electric motor to drive the rotor.

Segmented LC-MS/MS analysis quantifies protein digestion products to replace complex nitrogen balance experiments.

A preprocessing device uses an annular holding section to transport separation and collection containers around a central filtration port.

Segmented fittings with thin-walled ferrules reduce dead volume and thermal mass, minimizing peak broadening in gas chromatography.

A laboratory test system simulates carbon dioxide replacement in natural gas hydrates using controlled pressure and temperature conditions.

Ultra-high pressure liquid chromatography-mass spectrometry establishes fingerprint profiles for Shenqi Fuzheng injection quality assessment.

Controller manages sample flow for quick accuracy checks, reducing cleaning time and resource consumption.

A sample cooling device uses a blower section to supply dehumidified air into an accommodating chamber.

A chemical analyzer estimates terpene and cannabinoid levels using HPLC or GC-FID to classify cannabis samples.

An alkylsilyl coating on metallic chromatographic surfaces reduces non-specific binding of oligonucleotides.

A semiconductor sensor paired with a silica gel filter measures volatile sulfur compounds in exhaled breath.

A sensor uses a built-in voltage source to ionize air for calibration without a gas flame.

Water condensation particle counting technology eliminates derivatization variability and electrode fouling to provide precise sialic acid quantitation.

A multiple loop sample introduction system uses a valve assembly to port liquid samples into a nebulizer.

A gas analyzer uses a switching valve and adjusting valve to control sample introduction amounts for chromatographic analysis.

Mask members block stray light interference to improve optical signal quality in liquid sample analyzers while maintaining compact fluidic connections.

Ion chromatography determines nitric acid impurities to subtract from total acid, eliminating interference during oxalic acid determination.

A mass spectrometer divides unit measurements into groups to minimize overlapping execution times for multiple reaction monitoring transitions.

A liquid chromatography system splits mobile phase flow to dilute samples at the injection point.

Pin isolation valves replace conventional face shear mechanisms to eliminate sample distortion and pump pressure pulsing during high-pressure chromatography.

A method wets a porous plastic bed support using an aqueous solution with n-propanol to displace trapped air from the pore structure.

A porous substrate with surface metal particles enables real-time Raman scattering detection in liquid chromatography flow systems.

Carrier molecules link stable isotope labeled peptides to mass spectrometry internal standards, reducing peptide loss during handling.

High-resolution mass spectrometry eliminates ion signal interferences, reducing computational complexity and improving tracer enrichment accuracy.

Automated control device calculates mobile phase container tare weight from weight and volume reduction data to resolve manual measurement inaccuracies.

A virus inactivation device uses UV light and pH adjustments to modify biomolecules in liquid chromatography systems.

A two-dimensional chromatogram creator generates retention time plots and a superposing display processor marks extracted MS/MS spectra with visual indicators.

Staged flow rate increases protect new columns from pressure shocks while maintaining analysis productivity.

Separating D- and L-amino acids resolves diagnostic accuracy limits by revealing specific correlations for renal disease and Alzheimer's.