Sentence examples for situ system from inspiring English sources

The disadvantages are that collimation adds weight to the in situ system and increases the counting time by reducing the detector's field of view.

Surface-damage evolution was studied in smooth notched specimens by an optical in situ system equipped with a high-resolution camera.

Moreover, the in situ system generated from the sensing of Al3+ demonstrates eminent relay recognition of Cu2+ via a fluorescence quenching through its binding of Cu2+ to site 2.

The in situ system generated from 1 + HSO4− showed good relay recognition ability for Fe3+ via fast fluorescence quenching by the formation of a 1 1 complex with color change from orange to faint yellow.

The techniques describes in this report are versatile, because they require the same type of electrode, have simplistic nature, use a hand-held potentiostat, and have potential to provide an in situ system for assessing food safety.

A new experimental setup was designed and realized in order to optimize the characteristics of an LIBS system working at low pressure and remotely, as it should be for an in situ system to be applied in monitoring the erosion and redeposition phenomena occurring on the inner walls of a fusion device.

Marker studies correlate the molecular differentiation of these follicles with in situ systems.

Survival of chironomids within the in situ systems commenced on day +16 after treatment with 31.6% and 53.3% survival in the lindane and PM treated ponds, respectively.

The CEOS Chair also serves as Co-Chair of the Integrated Global Observing Strategy IGOS Partnershipip, which seeks to reduce observation gaps and unnecessary overlaps and to harmonize and integrate common interests of space-based and in situ systems.

In contrast to net samplings in situ systems deliver two dimensional still images which represent information of incident light scattered from imaged objects at arbitrary angles and spatial alignment.

The CESR in-situ system, in operation since 2010, allows for SEY measurements as a function of incident electron energy and angle on samples that are exposed to the accelerator environment, typically 5.3 GeV counter-rotating beams of electrons and positrons.