Component Separation TRIZ Cases

Coiled inlet tubing and flow distributors promote plug flow within optical measurement cells.

Sequential windowed acquisition mass spectrometry generates comprehensive product ion spectra for identifying host cell protein contaminants in biotherapeutics.

Analytical solutions from Thomas kinetic and Linear Driving Force models optimize adsorption columns, reducing regeneration frequency and extending cycle times.

A rotating smoke collecting device uses an adsorption block to capture volatile organic compounds at room temperature.

A computer-implemented tool calculates pump settings for complex liquid mixtures.

Angled manifold ports and extraction grooves prevent gasket damage and contamination during cap removal.

A sample vaporization unit uses a non-rotation unit to connect assemblies smoothly without damaging contacting parts.

Segmented nozzle design stabilizes inner diameter against thermal expansion by using the base as a heat sink for improved analysis reproducibility.

A thermal isolation chamber uses a cyclical air flow path to remove heat from a chromatography column and transfer it to cooling plates.

Coordinating solvent delivery with autosampler pre-injection operations minimizes pre-injector dwell volume delay, reducing overall chromatographic run time.

Heavy peptide standards normalize ionization efficiency differences between modified and unmodified peptides during mass spectrometry analysis.

A continuous chromatography method segments separation into multiple units to maintain high binding capacities at elevated flow velocities.

Selective initiators enable in-situ polymerization to create homogeneous blends without solvent removal, avoiding thermal degradation.

Exhaled breath volatile organic compounds replace invasive sputum collection to classify asthma subtypes accurately.

Determine isoretention temperature using solute pairs to transfer chromatographic methods between liquid chromatography systems.

Adjusting the mobile phase pH below 3 denatures proteins to retain them on the column, enabling accurate poloxamer quantification.

A disposable chromatography container uses an adjustable agitator to switch between slurry and packed-bed modes.

A pressurized multimode collision cell uses inert gas collisions to differentially reduce interferer ion energy.

Doping conducting polymer solutions with negatively charged nanoparticles enables universal probe immobilization on electrode surfaces.

Nested sealing pipes in a chromatography column plug prevent mobile phase leakage under pressure while maintaining optimal filler compression.

Antibody-coupled magnetic beads separate endogenous hormones from samples to improve mass spectrometry specificity.

An analysis system automates measurement mode selection using barcode data to reduce laboratory worker burden and prevent setting errors.

A thermal conductivity detector uses an adamantane carbon resistive sensor to detect gaseous analytes through Joule heating and thermal conduction.

Liquid sender adjusts mobile phase concentration to measure gradient accuracy without detaching the separation column.

A detection cartridge integrates nanoparticle-linked polynucleotides and antibodies to enable simultaneous multi-antigen analysis.

A mass spectrometry system adjusts collision energy based on ion retention time to fragment precursor ions.

Segmented ion source with skimmer cone directs ions to mass analyzer while blocking neutral particles that contaminate the vacuum chamber.

Simultaneous quantification of chromium VI, arsenate, selenate, and perchlorate eliminates separate analysis runs.

A mass spectrometry method calculates shape similarity between acquired peaks and model peaks to automatically designate reference ions.

Segmenting the mobile phase isolates the pH meter from high-pressure sample streams, preventing electrolyte contamination and protecting sensor durability.

An axial loading mechanism secures glass-lined tubing without radial compression, preventing lining damage during high-pressure sealing.

Inductive heaters create thermal gradients and traveling waves, eliminating traditional oven complexity.

Information processing device adds collection purpose labels to chromatogram signals for direct visual output on a display screen.

A chromatogram baseline correction method subtracts calculated UV absorption values of acid and base buffer forms from detector signals.

Segment bio-crude mixtures into fractions using representative compounds to resolve the trade-off between simulation complexity and property accuracy.

Segmenting microchannels for convection and nanochannels for diffusion resolves the surface area versus permeability trade-off.

A gas chromatograph analyzes breath chemistry to generate unique chemical signatures for secure user authentication.

Independent wavelength section correction prevents false artefact peaks and weak peak loss caused by variable solvent composition changes.

A detection method acquires relative response factors from known samples to calculate subject sample concentrations without complex calibration curves.

A two-stage thermal modulator uses a thermally matched ground point to ensure uniform temperature modulation across chromatography stages.

Oblique liquid introduction in a flow-through vial reduces turbulence and bubbles, improving sample suction quantitativeness for accurate analysis.

Pneumatic pressure drives fluid samples into separation channels, eliminating electrokinetic injection bias and ionization suppression in mass spectrometry.

A headspace vapor extraction system maintains constant carrier gas flow through an adsorbent trap to maximize analyte injection volume.

A chromatograph apparatus automates preparative separation and analysis using integrated condition setting and execution units.

A measurement data analysis device estimates noise variation coefficients to correct filtered signals.

Nano-LC triple quadrupole mass spectrometry quantifies target peptides to predict cancer therapeutic response, overcoming immunostaining throughput limits.

A universal extraction kit uses composite powder layers to simultaneously isolate veterinary drug residues from livestock and aquatic products.