| 1. | Total internal reflection from the roof section flips the image laterally.
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| 2. | Light may be confined in the middle layer by total internal reflection.
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| 3. | This phenomenon is called total internal reflection and allows for fibre optics technology.
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| 4. | This phenomenon is called total internal reflection and allows for fiber optics technology.
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| 5. | The angle provided for total internal reflection and setting up an evanescent wave.
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| 6. | When this occurs with light, the effect is called total internal reflection.
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| 7. | This phenomenon is known as total internal reflection.
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| 8. | Almost any dielectric material can act as a perfect mirror through total internal reflection.
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| 9. | Dielectric waveguides use total internal reflection to confine light in a high index region.
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| 10. | This incompatibility is analogous to the lack of transmission that occurs during total internal reflection.
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