>>One thing that is possable is checking the sizes of particals with the
>>darkfield. If we want a uniform size partical and if it is viewed to be
>>many different sizes under the darkfield then we know that something
>>has to be changed. If we know that we need .001 and we know that it's
>>not pos
>Darkfield microscopy is accomplished by using a special condenser. The
>condenser delivers a hollow cone of light with the tip of the cone focused
>on the specimen. The angle of the light rays is such that all of the light
>misses the microscope objective, thus causing a dark f
>One thing that is possable is checking the sizes of particals with the
>darkfield. If we want a uniform size partical and if it is viewed to be
>many different sizes under the darkfield then we know that something
>has to be changed. If we know that we need .001 and we know that it's
>not possable
Here is a response to questions by Johan and Jim.
Darkfield microscopy is accomplished by using a special condenser. The
condenser delivers a hollow cone of light with the tip of the cone focused
on the specimen. The angle of the light rays is such that all of the light
misses the microscope
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