Sentence examples for transparent mirror from inspiring English sources
By applying suitable voltages, the dip-coated electrochromic device exhibited three reversible optical states, including transparent, mirror, and black.
Electrodeposition-based electrochromic device with reversible three-state optical transformation (transparent, mirror, and black) was fabricated subsequently by sandwiching a suitable amount of gel electrolyte between modified FTO electrode and flat FTO electrode.
Firstly, the optical transmittance and reflectance spectra of the three modified devices in transparent, mirror, and black states were measured in the spectra region from 400 to 800 nm.
Terada avoids this by suggesting a 70% transparent mirror which would remain in the path of the light during movie mode, allowing for the sensor to get its light and the AF to function as well.
Helmholtz overcame this problem by using a transparent mirror made of three thin parallel sheets of glass angled to reflect the maximum light in the eye [1].
On an ordinary single-lens reflex camera (those big black pro models), light enters from the lens and is split by a semi-transparent mirror.
This can be accomplished, for instance, with a half-transparent mirror that reflects half the intensity and transmits the other half of each of the billion billion wave trains of a given light source, say, a yellow sodium discharge lamp.
The condition for such destructive interference is the same as for Michelson's interferometer illustrated in Figure 4. Whereas a half-transparent mirror in Figure 4 divides the amplitude of each wave train in half, the division in Figure 9 through openings A and B is spatial.
Of course there is more too including a semi-transparent mirror to assist the image sensor and the AF sensor.
This transparent heat mirror can be applied in the "windows" of ultraviolet curing system for heat insulation.
Metal-based transparent heat mirror for ultraviolet curing applications was designed in terms of induced transmission principle, good ultraviolet transparency and high infrared ray (IR) reflection properties can be obtained by the means of optimal layers design.
