Sentence examples for finer energy from inspiring English sources

However, for materials science applications where the sample composition is often unknown beforehand or the sample contains multiple atomic elements that have closely spaced K-edges, we require an X-ray detector with a finer energy resolution a hyperspectral detector.

The advantage of these types of detectors is that they can achieve a finer energy resolution (typically less than 1 keV) and can image over hundreds of spectral bands.24,25,26.24,25,26

Its introduction creates a wider and finer energy level of electron and well-defined steric structure compared to AF-GQD, which further accelerates the electron transfer and electrolyte transport and leads to an improved electrochemical performance.

In the coming years, humanity may advance not only in its scientific discoveries of "finer energies," but also in the species development of innate capacities and organs of intuition, empathy and new patterns of thinking.

These would involve giving Ofgem in certain circumstances the ability to fine energy companies 10% of their profits.

Surprisingly, we reveal a fine energy balance between the core cohesive energy and the shell-to-core binding energy that appears to drive nanocluster stabilization.

It's an array of small detectors that collect gamma rays and produce a fine energy spectrum that gets processed into a faint image of the radiating object.

By exchanging the regular area detector on an XCT scanner with a pixelated spectroscopic X-ray detector (with a very fine energy resolution <1 keV) we can obtain hyperspectral 3D datasets with voxels containing absorption spectra.

It is further shown that the errors result from the narrow energy domain of the neutron elastic cross section spectral distributions and that an extremely fine energy grid is required to resolve the problem under the current formulation.

LET employs a novel flux compression guide design which in combination with two 300 Hz counter rotating choppers produces fine energy resolutions of ≥0.8%δE/Ei, to be realised with very little flux sacrifice compared to conventional methods.

To address this limitation, we have developed a novel prototype HPGe detector designed to be capable of achieving fine energy resolution and high event throughput at count rates in excess of one million counts per second.