For temporal resolution instant ampoule sampling has been developed.
SSSampling, a computer program for design-based spatial sampling, has been developed from the theoretical basis.
A new approach using statistically random material volume sampling has been developed to model the variability of fracture toughnesses in steels.
Therefore, a special ambient-air sampler and a specially designed emission sampler have been developed.
Two new methods for determining sorption coefficients in large rock samples have been developed.
Five new potentiometric membrane sensors for the determination of the dinotefuran levels in cucumber and soil samples have been developed.
Electrochemical paper-based analytical devices (ePADs) with integrated plasma isolation for determination of glucose from whole blood samples have been developed.
Novel resist models and extensions to the lithography simulator SAMPLE have been developed to provide a CAD capability for inexpensive and rapid evaluation of new e-beam lithographic processes.
Several pretreatments, such as an acid-base-acid (ABA) sequence for Holocene-aged samples and a harsher acid-base-oxidation (ABOx) sequence for older samples, have been developed to remove the adsorbed fractions.
To fully characterise complex systems in this manner often takes years and so to accelerate this process and characterise a wider phase space, tools for studying multiple samples have been developed to increase throughput.
