"fine imaging" is a correct and usable phrase in written English.
It is typically used in the context of high-quality or precise imaging techniques, such as in medicine or technology. Example: The hospital invested in state-of-the-art equipment for fine imaging, allowing doctors to accurately diagnose and treat complex medical conditions.
In the patients with abscesses, US imaging provided superior fine imaging detail compared to CT.
The unique feature of CALET is its thick, fully active calorimeter that allows measurements well into the TeV energy region with excellent energy resolution (<3%), coupled with a fine imaging upper calorimeter to accurately identify the starting point of electromagnetic showers.
While slit-lamp imaging of the DALK interface may only provide gross and subjective morphological details, in vivo confocal microscopy can provide fine imaging with high magnification at a cellular level.
Moreover, as advanced in vivo application, the fine US imaging of heart in rat was enabled by intravenous injection of p-GGPM.
High quality electron bunches accelerated by the laser-driven plasma wakes can be used for radiotherapy in medicine, ultrafast radiolysis in chemistry, fine structure imaging in biology and material science, and accelerator physics [1, 2, 3, 4].
In order to evaluate the cells' ability to take up fine particles, imaging with transmission electron microscopy of cells after exposure to particulate matter was performed.
While much finer detailed imaging can be achieved in ex vivo samples, micro-CT imaging has proven very valuable for in vivo longitudinal studies.
The combination of targeted lipid biosynthetic gene knockout and fine lipid-imaging systems will lead to the next generation of lipid research in flower development.
Using high-resolution Ultra-Fine radar imaging (3 m/px), we can estimate the diameter of the Oasis impact structure at 15.6 ± 0.5 km at the current erosion level.
The EFTEM technique was found to be the most appropriate method for imaging fine γ′ precipitates while further investigation showed that the Cr-M-edge, in comparison with other ionization-edges provided the best images based largely on contrast-to-noise ratio.
The noninvasive method presented in this paper may be useful for imaging fine vascular details such as microaneurysms and other capillary defects that manifest in retinal diseases, and for studying leukocytes in live human capillaries.
