Component Separation TRIZ Cases

Multicolumn countercurrent solvent gradient chromatography isolates bispecific antibodies from ternary mixtures.

A multi-biomarker platform analyzes tryptophan and clinical parameters to predict coronary heart disease states.

A triple quadrupole mass spectrometer detects compounds at parts per trillion concentrations using tandem mass spectral analysis.

Zoned resistive heating in a flexible transfer line prevents analyte condensation and decomposition while allowing movable mass spectrometer positioning.

A frustoconical sample cell design directs fluid flow to a cylindrical inner section for enhanced light scattering detection.

A solid-phase cartridge adsorbs organic analytes from liquid chromatography elutes for direct gas chromatography injection.

Axial thermal cycling resolves early peaks and broadens later peaks by rapidly modulating the second dimension column temperature.

Magnetic probe transfer automates solid phase microextraction sampling, eliminating manual intervention and reducing analysis time.

Gas chromatography mass spectrometry detects phosphatidylethanol homologs using solvent extraction and silylation.

Retracting the transfer arm seals the autosampler internal space, preventing temperature fluctuations and dew condensation during operation.

Through-holes in upper plates align with wells below, reducing installation area without moving mechanisms.

Active probe cooling prevents overheating, enabling higher desolvation temperatures and stable ion sampling at low flow rates.

High-resolution mass spectrometry identifies specific metabolite markers in patient samples to enable accurate differential diagnosis of dementia types.

A chromatography mass spectrometry data processing device classifies detected peaks into groups for accurate target component identification.

Coupling aflatoxin nanobody 2014AFB-G15 to solid phase carriers yields an immunoaffinity column that resists organic reagents and enables repeated use.

Solvent crystallization replaces chromatography to reduce THC content while maintaining 95% purity.

A management system registers reinjection targets directly on a fractionation result screen.

Unique container shapes match tray positions to prevent incorrect solvent placement in chromatography systems.

Segmenting plasma generation into independent desorption and ionization modes reduces gas consumption while maintaining high analyte ionization efficiency.

A nanocondensation apparatus integrates a high-capacity mass comparator with an environmental chamber to measure fluid-solid interactions under extreme conditions.

Chromatograph mass spectrometer estimates cathinone structure using MRM and product-ion scans, resolving identification limits from missing standard samples.

A scavenger gas with lower ionization energy undergoes charge exchange in the mass spectrometer ionization chamber.

Unified temperature control system stabilizes flow cell and photodetector, eliminating ambient thermal drift to improve measurement precision.

Lectin microarrays paired with computational reconstruction models decode glycan structures, bypassing slow mass spectrometry workflows.

Deriving real operation modes from target parameters resolves dwell volume discrepancies during method transfer between fluidic devices.

A frit with radially varying porosity compensates for radial velocity variations to improve peak resolution.

A cooling housing unit receives hot vials from an oven to lower their temperature, preventing worker contact with heated containers during head space analysis.

Dynamic solvent arrangement and method setting in an automatic sample injection device reduce waste while suppressing contamination.

A liquid chromatograph detector flow cell uses a low resistivity fluororesin wetted member to discharge electric charges from the mobile phase.

A method corrects evolved gas analyzer mass spectrum positions and sensitivity factors using reference samples.

A gas chromatograph modulator adjusts its modulation period during a run to sample effluent from the first column and inject it into the second.

A mass spectrometer divides the full mass-to-charge ratio range into multiple windows for independent ion fragmentation and spectral recording.

A multiport valve assembly routes fluids through indirect opposition flow paths to enhance mixing efficiency.

Lichenysin lipopeptides alter ester and phenolic volatility profiles in Chinese spirits through targeted molecular interactions.

Passage switching means discharges eluate before column switching to prevent target components from entering wrong trap columns.

Evaluation device compares measured relative response factors against stored universal values to verify detector calibration status.

An annular undercut in the tapering front part of a single-piece ferrule reduces material stiffness to prevent capillary damage during sealing.

Mass spectrometry detects framework region peptides from digested antibodies to quantify therapeutic proteins in biological samples.

Optimized dissolution media with isopropyl alcohol and swelling agents accelerates drug elution from polymeric matrices, reducing testing time and variability.

A dynamic configuration system manages concurrent computing environments using a single configuration string to distribute tasks across multiple resources.

Volatile ammonium acetate mobile phase enables continuous LC-ICPMS analysis of metalloproteins in biological samples.

A modifier stream elutes analytes from a trap column while merging with a compressible fluid solvent to generate a diluted flow.

Phase-shifted pulsatile flows from a peristaltic pump generate uniform droplets, resolving bulkiness and polydispersity in microfluidic systems.

Formic acid replaces complex detergent buffers to dissolve difficult biological samples, reducing process steps and improving reproducibility.

A preparative liquid chromatograph apparatus displays analysis results from different separation conditions on a single screen.

An injector controls auxiliary gas pressure to prevent contamination while conserving expensive carrier helium in gas chromatography systems.

A combined ion source merges vacuum ultraviolet photoionization with chemical ionization using a single light source.

A darkroom security inspection apparatus concentrates volatile chemical samples via a sampling assembly and analyzes them using gas chromatographic-ion mobility spectrometry.

A chromatograph data processing system calculates concentration ratios using multi-wavelength sensitivity coefficients and peak area measurements.

A dielectric barrier discharge ionization detector directs excitation light through a cover-free outer wall section to initiate gas discharge.