In electrochemical devices, the reduction of dissolved oxygen in electrolyte can achieve on-site production of hydrogen peroxide.
Due to change in radar cross section of the fabricated wireless devices, a reduction of reflectance and shift of peak frequency toward lower values is observed by increasing the gas concentration.
The main advantages of the RONJA device against the commonly used multiple needle device include reduction of needle punctures into liver tissue, faster ablation time, and, therefore, reduction of total operating time and of possibility of repeated resections in case of metastatic relapse or progression of the disease because of a better preservation of the healthy liver tissue.
The development of a downscale SdFFF device required reduction of the separation channel volume.
The combination of a prime mover and an energy storage device for reduction of fuel consumption has successfully been used in automotive industry.
From experiments using a Brabender batch mixer or an extruder as the mixing device, a reduction of dispersed particle size was observed with the addition of as little as 0.1 wt% IA.
The second is a demonstration of an internally shunted SNS junction that has a high IcRn product and is intended as a drop-in replacement for the now-common resistively shunted tunnel junction; the advantage of this device is reduction of size, minimization of parasitic inductances, as well as high IcRn product for higher frequency operation.
The particular characteristics of the featured device include: reduction of the number of steps involved in conventional liquid-liquid microextraction, processing the pre-concentration of target analyte in a small drop that can be directly decanted onto the electrode surface and further electroanalysis at a single time in order to achieve the required trace-level quantity.
Bulitta et al. [3] have demonstrated the benefit of using an intermittent compression device for reduction of swelling in the foot.
Experiments were performed to assess the use of the Sterilray device for reduction of C. difficile spores artificially applied to keyboards and portable medical equipment (i.e. stethoscopes, pulse oximeters, blood pressure cuffs).
We have observed that unencapsulated devices show a significant reduction of device currents and emitted light intensity when exposed to the ambient over the course of a week.
