The team mathematically compared the unshocked thickness of aluminum to the amount of ablated aluminum over time to obtain in situ measurements as shock waves propagated through the aluminum layer ...

It accomplishes this goal by measuring materials in situ (i.e., while in use) to allow for rapid decision making. Measurements in situ provide numerous benefits over lab measurements. While ...

Abstract: An in situ technique has been developed for measuring the surface pH adjacent to a solid electrode/liquid interface during electrolysis. Measurements of the surface pH can be used to obtain ...

The Integrated Remote and In Situ Sensing initiative transforms data-collection ... We are developing and deploying aerospace technologies that enable controlled movement of sensing and measurement ...

Additionally, ultrasonic reflectometry has emerged as a promising method for the in situ measurement of both film thickness and viscosity in lubricated tribological contacts. This technique allows ...

Abstract: Investigations of temperature fluctuation spectra of atmospheric turbulence were performed simultaneously by remote sensing and in situ measurements. A balloon borne instrumented gondola ...

This codebase is companion to the publication "In situ Characterization of Heterogeneous Surface Wetting in Porous Materials" by YD Wang et al./, published in Advances in Colloids and Interface ...

With ixdat, you can import, combine, and export complex experimental datasets as simply as: ec = Measurement.read_set("awesome_EC_data ... oriented interface to experimental data, especially in-situ ...

The Integrated Remote and In Situ Sensing (IRISS) initiative is a pillar of the CU Boulder Grand Challenge and provides 4D measurement capabilities to study phenomena at a distance and from within.