"precise imaging" is a correct and usable phrase in written English.
You can use it to refer to the use of a process or technology to get a very detailed and accurate image or representation of something, for example: The doctor examined the patient's brain using precise imaging to detect any abnormalities.
Lara Gonzalez Carratero, a PhD student at University College London, imaged 24 ashy remnants recovered from Shubayqa 1 using scanning electron microscopy, a far more precise imaging method than traditional optical microscopes.
Using sophisticated and precise imaging tools, Sur's team will monitor astrocyte and neuron activity in the visual cortex as mice see different stimuli.
With precise imaging, veterinarians can deliver more concentrated doses of radiation to tumors whose location and dimensions were mostly guesswork just a few years ago.
Precise imaging has also made it possible to treat a variety of ailments with minimally invasive surgery so owners can take their pets home within 24 hours.
Determining atomic position and configuration from precise imaging offers the possibility to link nanoscale structure and composition with material function, paving the way for targeted tethering of ions, polymers and biomaterials.
Telecom companies, for example, require precise imaging to plan new base stations and roll out other new tech.
Precise and accurate imaging technology may improve the accuracy of partial mastectomies and develop consistent strategies for presurgical management.
With specific regard to neuroimaging, nanotechnology has the potential to provide more precise resolution when imaging nervous system malignancies.
Hence, it has great potential in radar detection, imaging, precise positioning and target recognition.
Radiolabelling of SPIONs allows high sensitivity nanoparticle biodistribution data which can both aid in future construct design and be used directly for precise liver lesion imaging.
However, post-contrast T1 is potentially confounded by individual variations in gadolinium kinetics and by the precise timing of imaging.
