K Srinivasen Ayer
Transmission Electron Microscopy (TEM) is a microscopy procedure where a light emission is communicated through an example to shape a picture. The example is regularly a ultrathin area under 100 nm thick or a suspension on a network. A picture is framed from the collaboration of the electrons with the example as the shaft is communicated through the example. The picture is then amplified and centered onto an imaging gadget, like a fluorescent screen, a layer of visual film, or a sensor, for example, a scintillator connected to a charge-coupled gadget.
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