Examples of using Transmitted light in English and their translations into Spanish
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Colloquial
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Official
Transmitted light illumination(Fig. 1,
This mode is not recommended for transmitted light objects on slides since too much light may be reflected on the slide.
PIOX R measures according to the unique transmitted light principle instead of the critical angle method.
The transmitted light unit(9) is used for transparent specimens those on glass slides.
This operating mode is not recommended for transmitted light specimens on slides as it may cause refl ection on the slide.
Photoelasticity(transmitted light polariscope) Photoelasticity is an optical experimental method for determining the stress distribution in transparent, generally planar equivalent bodies.
A very natural bluish opalescent effect can be observed on the incisal third amber opalescent effect on this picture using transmitted light.
Important: The object to be observed must lie precisely in the beam path of the transmitted light illumination.
process Using PIOX R, the well-tried transmitted light measurement as a laboratory practice is reliable in the process.
wetted with the PIOX R transmitted light refractometer.
Laboratory accuracy is ensured in the process with the patented PIOX R transmitted light refractometer.
Measurement Principle The refractive index n of a solution is determined using transmitted light refractometry.
printed circuit boards using the optional, mobile transmitted light stages with LED illumination.
With a biological microscope, a so called transmitted light microscope, only transparent items can be observed.
Process insight through transmitted light Refractometry- measurement of the refraction of light- is a long-established method for determining the concentration,
the measurement of the dioptric powers in transmitted light with an electronic focimeter,
By transmitting the scattered light from your specimen and blocking all directly transmitted light, a unique visual effect is created where your object/ specimen stands out against a dark, almost black, background.
provides the same high contrast on an image in transmitted light as in reflected light. .
is the process of measuring the loss of intensity of transmitted light due to the scattering effect of particles suspended in it.
enters the liquid crystal, to allow the liquid crystal to modulate the intensity of the transmitted light.