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A waveplate or retarder is an optical device that alters the polarization state of a light wave travelling through it. Two common types of waveplates are...

operation of a single halfwave dipole is easier to understand, both full loops and folded dipoles are often described as two halfwave dipoles in parallel...

inversely proportional to the incident beam wavelength λ0. For an example, the halfwave voltage is approximately 7.6 kV for a KDP crystal with a no = 1.51, r63...

depolarizers are rotating waveplates or equivalent optical devices. A rotating halfwave plate produces polarization which is periodic in time, and therefore effectively...

geometry and certain alloys prevented the AC demag method from working. Halfwave DC demagnetizing (HWDC): this process is identical to full-wave DC demagnetization...

resulting in slightly less than the optimal 3 dB over a conventional J-pole or halfwave antenna. The approximate gain in the H-plane of the Super-J antenna is...

facility. In 2012, DNV's ART activities were spun out into a subsidiary, HalfWave, and was further developed through investment by Shell Technology Ventures...

transform the incident elliptical polarization into linear polarization, a halfwave plate, which transforms this linear polarization into another linear polarization...

beam tube, or miscellaneous W Gas-filled halfwave rectifier X Gas-filled fullwave rectifier Y Halfwave rectifier (power diode) Z Fullwave rectifier...

time constant. As the voltage increases from zero (at the start of every halfwave) C1 charges up. When C1 is able to make Zener diode D6 conduct and inject...

have a non-zero response for any time. This kind of limitation is called halfwave-rectifing. Binocular complex cells are modeled as energy neurons since...

time constant, as the voltage increases from zero (at the start of every halfwave) C will charge up, when C is able to make ZD conduct and inject current...