Microscopes are available in all the sophisticated varieties beginning from the single lensed microscope to the different systems of imaging. The difference is due to the resolutions, methods of illumination, image type, automation degree, etc.
However, based on the source of radiation, these microscopes are further subdivided in the form of confocal, electron and light. The light microscope is further sub divided into the compound and the stereo microscope. The stereo microscope is even known by the name dissection microscope which has the capability of producing a three-dimensional view of any object. The compound microscope can provide only the two-dimensional image of any object which could be used up in the lab itself. There are some another type of microscope which is named as the phase contrast microscope or the dark field microscope which further modifies the light principles in order to get a better visual display of all the specimens. Even the microscope namely the oil immersion one makes use of the oil between the specimen and the lens in order to enhance the magnification degree.
The electron microscopes make use of the electron streams as the source of radiation instead of using the lights. It even ensures that the magnification level is maintained at a higher level which could be made use effectively in the different field of medicine, archaeology and geology. The transmission excellently magnifies the inner details of the specimens using the beams of electrons. The scanning electron microscope is one modified version of TEM that has the capability of scanning the objects in no time. The scanning probe one is an assembled version of the microscopes which frames images just by the specimen scanning making use of the physical current probe. It has been greatly used up in the field of nanotechnology. The XRF Analyzer is even one of the techniques used for the analytical purpose and determination of the composition of the various materials. The Voltage transducer is being used up in the current instrument in order to monitor the entire DC current.
However, based on the source of radiation, these microscopes are further subdivided in the form of confocal, electron and light. The light microscope is further sub divided into the compound and the stereo microscope. The stereo microscope is even known by the name dissection microscope which has the capability of producing a three-dimensional view of any object. The compound microscope can provide only the two-dimensional image of any object which could be used up in the lab itself. There are some another type of microscope which is named as the phase contrast microscope or the dark field microscope which further modifies the light principles in order to get a better visual display of all the specimens. Even the microscope namely the oil immersion one makes use of the oil between the specimen and the lens in order to enhance the magnification degree.
The electron microscopes make use of the electron streams as the source of radiation instead of using the lights. It even ensures that the magnification level is maintained at a higher level which could be made use effectively in the different field of medicine, archaeology and geology. The transmission excellently magnifies the inner details of the specimens using the beams of electrons. The scanning electron microscope is one modified version of TEM that has the capability of scanning the objects in no time. The scanning probe one is an assembled version of the microscopes which frames images just by the specimen scanning making use of the physical current probe. It has been greatly used up in the field of nanotechnology. The XRF Analyzer is even one of the techniques used for the analytical purpose and determination of the composition of the various materials. The Voltage transducer is being used up in the current instrument in order to monitor the entire DC current.
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