You are seeing Ask web results for CIRCULARIZER.
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Development of a Circularizer for an Endless Mirror Device with l=2 and l=3 Helical Systems ... It was found that the circularizer pitch is two and three times larger than that in a helical system of l=2 and l=3, respectively; that the circularizer may be mounted anywhere in the mirror part; and that the circularizer current...
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Such converters utilized in the field of microwave engineering are generally termed "circularizers". The simplest type of circularizer is a ...
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It was found that the circularizer pitch is two and threetimes larger than that in a helical system of l=2 and /=3, rccspectively; that the circularizer may ...
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Circularizers in an endless mirror device with l{=}2 and l{=}3 helical windings were designed using computer calculations of the magnetic surfaces. ...
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The effects of circularizers on the shapes of magnetic sur- .... such poor operation of the circularizer, and because of rotation of the magnetic force ...
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2.2 Laser diode circularizer. Another application of a nicro-optical element is as a circularizer for a laser diode (LD), as shown in Fig. 3. Due ...
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Nov 3, 2004 ... laser body, the collimation lens and the circularizer. ... Beam Circularizer. Collimation Lens. Housing. Circular Laser ...
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LS and ML Series Accessories ... The LAS, LSX, and MDL visible and infrared laser series may be purchased with optional components including line generator optics, collimators, lens adapters and laser mounts. The following accessories are provided to allow the user to ... This lens collimates and expands the beam by 10X.
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Most diode lasers emit asymmetric beams. The numerical aperture is different in the yz and xz planes, and often the beam has astigmatism, which is a separate issue. One way to make the beam circular ... The prisms used here are available as Melles Griot part number 06GPU001. ... The prisms have a vertex angle of 29.43333 degrees,
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11. The laser pointer of claim 10, wherein the circularizer is a single diffractive element. 12. The laser pointer of claim 10, wherein at least two of the collimator, the circularizer and the image generator are formed as a single computer-generated diffractive element.
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