Examples of using Optical imaging in English and their translations into Hebrew
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
-
Programming
Microscopy Optical Imaging.
Optical imaging and phase Doppler methods measure the size of individual drops.
The main goal of theDubra lab is to develop non-invasive optical imaging methods for early detection and monitoring of eye disease.
So to help us reveal people's facial emotions,we have developed a new imaging technology we call"transdermal optical imaging.".
(Laughter) So transdermal optical imaging technology is at a very early stage of development.
However, at the time there were no suitable electron sources, so that, following the invention of the laser,this new principle of optical imaging could only be put into practice with light.
The Srinivasan Biophotonics Laboratory develops novel optical imaging techniques and diagnostics with applications spanning from basic to clinical research.
The optical imaging method uses a pulsed light, laser or strobe, to generate the shadow graphic image used to determine the size of the drop in the measurement volume.
In particular, developing efficient, non-subjective, quantitative optical imaging technologies for cancer cell diagnosis is a challenging task.
GRF is awarding $100,000 to each of the Catalyst for a Cure researchers to continue their investigations toward identifying andtesting specific biomarkers for glaucoma using advanced optical imaging technologies.
These signals are easily recognized with very sensitive optical imaging systems that can see what is happening in the smallest places- in this case in hair stem cells.
Another contribution in the field of optics is related to the efficient description of the imaging defects oraberrations of optical imaging systems like microscopes and telescopes.
They are using a photothermal technique, a unique optical imaging system, to improve SPION labelling so that particles survive for longer and have minimal impact on the function of the transplanted cells.
Our concept offers solutions in situations that require high-range resolution and accuracy but in which the available bandwidth is limited,such as the self-driving car industry, optical imaging and astronomy,” Kozlov explains.
The Srinivasan Laboratory at the University of California, Davis,develops novel optical imaging techniques and diagnostics with applications spanning from basic to clinical research.
We have two neurobiologists who are studying retinal ganglion cell and optic nerve biology- and that's me and Andy Huberman-and we also have two optical imaging engineers with very different backgrounds- and that's Vivek Srinivasan and Alf Dubra.
The height of the spacer would depend on the objective and the specific AFM set-up,but it is necessary if optical imaging is desired since observation plane will be shift in the z-direction by an amount equal to the stretcher and adapter height(Figure 5A).
Since October 2016, Shechtman is a faculty member in the Technion-Israel Institute of Technology where he currently heads the Nano-Bio-Optics lab whichfocuses on developing methods for molecular identification and optical imaging modalities in addition to developing machine learning tools for efficient imaging reconstruction in applications such as high spatio-temopral resolution tracking of biomolecules in three dimensions and in multiple colors inside live cells.[4][5].
Optical processors, imaging array-- they all check out, Doctor.
Note that the AFM usually provides low magnification imaging from an optical path above the device.
However, those imaging approaches require high cost, complicated optical tools and operations, and more importantly, patients need to be immobilized during testing.
Function optical methods to recapture powerful magnet resonance imaging(MRI) photographs, for example practical brain-imaging, real-time body motion-tracking, or musculoskeletal composition and flight visualization.
Modern imaging techniques combine optimization of illumination conditions, optical arrangements and lenses for light collection, and detection and processing of the collected data.
Professor Levin has made ground-breaking contributions to the emerging field of computational photography, which utilize computational techniques to develop novelimaging capabilities that overcome the limits of traditional optical(or other imaging) systems.
Professor Levin has made ground-breaking contributions to the emerging field of computational photography, which utilize computational techniques to develop novelimaging capabilities that overcome the limits of traditional optical(or other imaging) systems.
In 2000, he was able to demonstrate that his ideas actually work in practice, by,among other things, imaging an E. coli bacterium at a resolution never before achieved in an optical microscope.
In addition to its biological applications, Pertsinidis, Zhang and Chu in their Nature paper say their super-resolution technique should also prove valuable to characterize anddesign precision photometric imaging systems in atomic physics or astronomy, and allow for new tools in optical lithography and nanometrology.
The minimization of electronicdevices has created new challenges in imaging, from the desire to provide accurate images of small elements, near the diffraction limit or beyond this limit, or to collect high quality images using smaller optical arrangements.