Sentence examples for improve the imaging from inspiring English sources
Here we derive this probability density, which will improve the imaging capabilities and sensitivities of Compton imagers.
To improve the imaging quality of low-dose computed tomography (CT) images, a deep learning based method for low-dose CT restoration is presented in this paper.
The super-resolution analysis is a critical way to improve the imaging quality.
In addition, to improve the imaging classification accuracy, spatial information is incorporated into the classification problem.
Through a numerical sensitivity analysis, several measuring protocols were tested and developed in order to improve the imaging capacity of the electrical resistivity method.
Beam homogenization and spatially dynamic beam patterning optics have been combined to improve the imaging matrix assisted laser desorption/ionization time of flight mass spectrometry (MALDI TOFMS) experiment.
Benefiting from the exquisite sensitivity of PAM and the signal amplifying effect of synergistic nanotheranostics, we improved the imaging prognosis strategy with earlier outcomes and better image quality.
(107) Although theoretical and technical progress in electron microscopy has improved the imaging of weak phase objects, defocusing complicates the interpretation of the image because features in some size ranges will have reversed contrast.
Together, the three laureates' work constitutes cryo-electron microscopy, "which both simplifies and improves the imaging of biomolecules," as the Royal Swedish Academy of Sciences noted in a press release, pushing "biochemistry into a new era".
Author Contributions O.L.K. initiated the project and wrote the paper, M.F.C., N.D., O.L.K. and M.F.M. recorded preliminary experimental data, M.F.C. improved the imaging and recorded the data used in the paper, V.N. prepared the samples, O.L.K. and N.D. performed data processing and analysis, T.J.P. and S.T.P. performed DFT calculations, M.P.O.
These results demonstrated that heat generation at damaged regions could be amplified by exciting at frequencies that provide nonlinear responses, thus improving the imaging of material damage and the reliability of NUST in a quick and reproducible manner.
