Sentence examples for in situ changes from inspiring English sources

A newly designed DPHP sensor has two thermistors in the temperature probe which can be used to calculate in situ changes in probe spacing.

This work demonstrates the use of nickel tetrasulfonated phthalocyanine/polyphenol-modified ultramicroelectrodes to monitor in vivo and in situ changes of NO within rat kidneys.

Differences in liquid crystal nanostructure have previously been shown to change drug diffusion and hence release, however there has been little progress towards the use of in situ changes to nanostructure to control drug release.

In order to investigate this deactivation, steady-state isotopic transient kinetic analysis (SSITKA) was utilized to study in situ changes in surface kinetic parameters for n-butane isomerization on a widely studied SZ at 150°C.

2011), lower atmosphere tides could penetrate directly into the thermosphere, leading to an ionospheric longitude variation driven by in situ changes in neutral winds (i.e., tidal wind effect) or neutral composition (i.e., tidal non-wind effect), in addition to the E-F electric field coupling mechanism.

The method is fast and is performed on a powder sample, so it allows rapid measurements of large numbers of samples and permits in situ changes in electronic properties (e.g. due to surface adsorption of chemical species) without the need to remove the sample from the apparatus.

To the best of our knowledge, this is the first report of direct determination of the discrete distribution for the crystalline lamellar thickness and their in-situ changes in the course of the lamellar thickening process.

This chamber was coupled, in the case of XPS analysis, to the X-ray photoelectron spectrometer and, in the case of SEM/EDX analysis, to the electron microscope in order to study quasi-in-situ changes in the chemical composition and morphology at the electrode surface induced by the electrochemical treatment and to relate them to the EIS results obtained for the same applied potential.

This enhances the versatility of embedded quantum simulators by extending the possible in-situ changes of reference frames to the non-inertial realm.

In this way, we enhance the versatility of quantum simulation by widening the range of possible in-situ changes of reference frames that can be realised in the laboratory, paving the way to the simulation of new physical phenomena in a single-particle relativistic quantum-mechanical framework, ranging from twin-paradox scenarios to the acceleration generated by a black hole.

The second part of the GRP module explores potential evidence of in situ change in cranial morphology and genetic variation.