Component Separation TRIZ Cases

A purge method controls fluid channels in low pressure gradient liquid chromatography systems to replace static solvent volumes with fresh primary liquid.

Tapered contact surfaces on a wedge-shaped member maintain pressing force stability under high centrifugal loads, preventing liquid sample leakage.

Non-contact acoustic scanning eliminates probe interference and leakage risks, enabling accurate high-pressure saturation monitoring.

A unitary jet injector with a conical skirt guides columns into gas chromatography detectors without mechanical damage.

Multi-angle light scattering detection system captures scattered radiation at various angles to enhance analyte signal clarity.

A static back pressure regulator uses a segmented poppet and spring mechanism to maintain constant fluid pressure.

Near-infrared spectroscopy flow cells measure protein concentration in real time to enable dynamic control of chromatography loading cycles.

A flow-type field-flow fractionation apparatus uses dual heaters to stabilize carrier and focus fluid temperatures within the separation cell.

A liquid sending failure detector monitors pressure fluctuations to identify pulsation in plunger pumps.

Merging discharge and ionization zones eliminates helium dilution, ensuring stable plasma alignment and accurate impurity detection.

A laser isotopes analyzer measures carbon isotope ratios in drilling mud gases using optical absorption spectroscopy.

Segmented filter layers resolve the pore size versus mechanical strength trade-off, ensuring precise particle retention under high pressure.

A hollow insulated sample holder with a projected conductive wire ionizes biological specimens via electrospray under atmospheric pressure.

A spring unit exerts pressing force on a rotatable rotor to ensure uniform pressure distribution across the stator contact surface.

A gravity trap condenses oil from chromatography samples using gravitational separation to collect liquid contaminants in a dedicated drain line.

Parallel grooves in the fluid distribution system distribute liquid uniformly, reducing hydraulic resistance and maintaining high flow rates.

Variable time axis scaling compresses broad bandwidth fractions in chromatograms, resolving visibility loss from data spread while maintaining area equality.

Surface plasmon resonance assay detects active biotherapeutics in cleaned samples, resolving low sensitivity limits of conventional cleaning validation.

Encapsulated semipermeable membrane eliminates frits to reduce back pressure and band broadening during nanoparticle separation.

Stable derivatization reagent converts L-carnitine and D-carnitine into diastereomeric derivatives for precise HPLC analysis.

An elastically deformable sealing body subjects valve seat elements to inward preload, preventing fracture of brittle materials under high fluid pressure.

A preparative chromatograph switch mechanism directs eluate flow into multiple collection containers based on pre-acquired chromatogram data.

A dilution apparatus alternates between two operation modes to precisely mix fluidic samples with dilution fluids for accurate concentration control.

Segmented flow paths with a state switch valve resolve carry-over bottlenecks by enabling immediate sample delivery and thorough cleaning cycles.

Vacuum chambers and crushing tools release trapped gases from large glass samples, enabling accurate composition analysis of multiple bubbles.

Cas endonuclease complexes on solid particles selectively bind target nucleic acids for sequence-specific isolation.

Oven-heated air flows through a duct along the transfer tube to eliminate thermal lag, preventing condensation and peak broadening during effluent transfer.

Replaceable inner burner matches column diameter to optimize mobile phase flow rate in supercritical fluid chromatography systems.

Adjusting sample pH to extreme values hydrolyzes ester herbicides, enabling accurate detection at low concentrations in 45 minutes.

A solid phase extraction plate uses a pusher and shoe to seal columns against a spacer for simultaneous vacuum liquid transfer.

Size exclusion chromatography isolates high molecular weight polymer additives for pyrolysis mass spectrometry detection.

An insulated heating wire in a low thermal mass GC module eliminates cold spots, enabling proper elution of high temperature boiling compounds.

Optical sensor reads visible indicia on sample tubes to determine orientation and cap status, preventing analysis errors and equipment damage from misalignment.

A low thermal mass jacket with a temperature-controlled heater surrounds the guard column in a gas chromatograph assembly.

A gain adjustment device dynamically modifies photomultiplier tube power supply voltage during analysis.

A semi-continuous chromatography system recycles wash liquid between identical columns to recover target compounds.

Segmented flow cells resolve the contradiction between high throughput and adaptability, reducing reagent waste for small projects.

Grouping object substances allows a single surrogate standard to correct multiple compounds, eliminating the need for individual internal standards.

Supercritical CO2 chromatography eliminates toxic waste and long run times while maintaining high resolution for polymer additive analysis.

Microporous organogels adsorb and solubilize fluids via adjustable porosity, overcoming rapid saturation in conventional adsorbents.

A nanoDLD chip separates antibody-protein complexes via size-based displacement.

Varying reaction conditions produces high-purity cysteamine bitartrate polymorphs, resolving purity stability trade-offs.

Temperature retainers maintain sample gas above liquefaction points, preventing condensation clogging and reducing maintenance costs.

Automated chromatography replaces difficult filtration to measure amorphous content in high molecular weight olefin polymers with reduced analysis time.

A dispensing device uses a spring-biased tip rack to maintain constant fitting depth during pipette tip attachment.

Diffusion chromatography column with stationary phase separates analytes for cavity ring-down spectroscopy detection.

Segmenting a metal core with an inert PEEK sheath prevents corrosive interference while maintaining structural strength for repeated septum piercing.

An auxiliary gas system prevents column oxidation and maintains oven temperature while carrier gas pressure drops for component replacement.

Step-wise pyrolysis gas chromatography analyzes hydrocarbon generation at increasing temperatures to quantify kerogen conversion ratios.

Segmented pumping isolates sensors from high pressure, enabling precise pH and conductivity measurement during buffer preparation.