Implementation issues related to the choice of importance sampling density and sample generation for reducing the variance of the estimate are addressed.
IMS was found to be superior to caesium chloride density centrifugation for purification of oocysts from small volume stool samples and for reducing levels of contaminant DNA.
There has also been significant progress in NMR probes which can be used for mass-limited samples, and also for reducing sample heating in samples of high ionic concentration.
In this work, we propose sampling plans for reducing the computational burden of sensitivity estimates while improving and controlling the accuracy in the estimation.
It will improve the sensitivity of optical instruments efficiently by blackening the inner-wall of drawtube or sample compartment for reducing stray light.
A new bonding material, namely, pure aluminum powder, was used to fill the gap between the fuel slug and sample shell for reducing thermal resistance and allowing the expansion of the fuel slug.
Compressive sensing (CS) is a sampling technique designed for reducing the complexity of sparse data acquisition.
The SUGAR40 panel has been evaluated in triplicate samples for tuber reducing sugar content (mg/100 mg dry weight) in response to cold storage (Fischer et al. 2013).
Crossed-coil NMR probes are a useful tool for reducing sample heating for biological solid state NMR.
Such stepwise elution is beneficial for reducing sample complexity and thus for increasing the probability of phosphopeptide identification.
