Spectral unmixing separates overlapping chromogenic stains in image stacks, enabling neural networks to classify tissue structures with high precision.
A neutron-based detection system measures gamma spectra to determine soil elemental content across field portions.
A feedback system adjusts inlet pressure using transfer line measurements to maintain constant flow despite temperature-induced viscosity changes.
A liquid chromatograph method transfer process adjusts flow rate and pressure using dwell volume data to maintain retention time accuracy.
Transfer polycrystalline two-dimensional materials onto single-crystal substrates to enable large-area, non-destructive grain boundary analysis.
Tapered applicator teeth resolve the trade-off between sample density and fluid control, ensuring consistent deposition without lane contamination.
A gas detection system uses detachable sampling assemblies with solenoid valves to enable multi-point monitoring across large factory areas.
A centrifuge container separates biological fluids using a reciprocating valve body that prevents rotation and swinging during operation.