| 11. | The dichroic beam splitter controls which wavelengths of light go to their respective filter.
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| 12. | A laser pulse is first split using a beam splitter into two different laser lines.
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| 13. | A laser is divided into two beams by a Beam splitter tilted by 45 degrees.
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| 14. | In Fig 6 the integration in the beam path behind a beam splitter is shown.
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| 15. | The Fresnel reflection from the first surface of the mirror acts as a beam splitter.
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| 16. | Note also the precise orientation of the beam splitters.
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| 17. | Various methods of phase or polarization control can be used such as interferometers and beam splitters.
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| 18. | The relative probabilities of transmission and reflection are determined by the reflectivity of the beam splitter.
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| 19. | This can be seen most clearly when we write the two-mode beam splitter transformation in matrix form:
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| 20. | To do this measurement ( as our article points out ) you need a beam splitter interferometer.
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