Weighing By Removing Component TRIZ Cases

A nozzle-localized pressure drop lets a QCM purity monitor quantify non-volatile residue in high-pressure fluid streams without lag or clogging.

A beak-and-scoop crucible lifter enables lateral removal from closed drying scales, reducing hand contact, space limits, and contamination.

A fluororesin-lined metal tube suppresses fluorine gas reactions and oxygen ingress, preserving mass spectrometry accuracy in thermal analysis.

A fluororesin-lined metal transfer tube blocks fluorine reactions and oxygen ingress to keep thermal analysis gas measurements accurate.

Quantified filtration and flow-rate metrics screen binder dissolution quality, reducing slurry variability and improving electrode adhesion.

Reduced oligomer content raises the resin Tg/Mz ratio while preserving rubber compatibility to improve tire wet grip and rolling resistance.

Weight-loss screening at 300°C helps select photosensitive resins that limit residual moisture and prevent shorts in fine semiconductor wiring.

Surfactant dispersion, dual-mesh sieving, and ICP-OES improve cathode material screening for impurity and particle size control.

Weight change before and after preset drying reveals abnormal electrode-sheet moisture and coating issues that can trigger lithium plating.

Simultaneous thermal analysis captures heat flow, mass change, and gas evolution during cell cycling while minimizing external interference.

Continuous gas branching enables direct MS and trapped GC/MS in one setup, avoiding complex switching and unstable capillary flow.

A Peltier-equipped sample tray maintains sample temperature and ambient conditions during transfer to improve calorimetric accuracy.

A segmented tray with Peltier cooling and gas control keeps samples cold and humidity-stable during transfer for more reliable calorimetry.

A sealed transfer chamber links sample prep and heating analysis to preserve low dew point, equalize pressure, and avoid sample exposure.

DTG thermal analysis and correlation modeling identify tobacco leaf composition and proportions in finished cigarettes within minutes.

Independent control of speed, angle, and pressure enables stable lab testing of turnout grinding tools without disruptive field trials.

By combining near-infrared spectra with thermal analysis, this case identifies cigarette tobacco ratios in minutes with objective, repeatable results.

Laser heating applies thermal energy directly to a sample, replacing large furnaces and using a reflective vessel to speed analysis and cut power use.

Field tanks, spraying, drying, and shear testing preserve large-grain rock-soil properties and improve shear strength accuracy.

Heating-time checks with a standard substance reveal heater abnormalities that prolong moisture measurement and reduce test accuracy.

Field porosity is calculated on-site using microwave drying, weighing, and fluid immersion to avoid lab delays and sample disturbance.

TGA-FTIR pyrolysis data and a three-parameter Ea model enable rapid, accurate Rizhao green tea origin identification with less complexity.

Sealed crushing, heating, and staged capture measure oil, gas, and water from one rock sample while reducing gas loss and data mismatch.

Reliability tables link sensor minimum indication, sample mass, and drying loss to flag low-moisture readings that may be unreliable.

Mass, temperature, and pressure sensing enable accurate petroleum distillation curves without full distillation beyond thermal destruction.

Thermogravimetric pyrolysis and PCA combine multiple flour indicators into one score for more accurate processing degree evaluation.

A conical TGA crucible keeps the sample centered during heating, reducing mass-loss reading errors and improving repeatability.

Synthetic emulsion testing screens petroleum chemicals for OGC and filtration impact, helping produced water meet discharge and reinjection limits.

Learn how CO2 heating and thermogravimetry estimate coke strength after reaction in 2–3 hours instead of nearly a day.

Component-based sampling measures pore water, organic matter, and lattice water to improve regional soil hydrogen reservoir determination.

Sealed transfer with vacuum and gas supply protects samples from atmospheric exposure and maintains a dew point below -80°C.

A monitor-guided regulator adjusts the bypass tunnel gate to sediment layers, improving discharge precision while limiting water waste.