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Enhancing Heat Dissipation in X-Ray Tubes

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Enhancing Heat Dissipation in X-Ray Tubes

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Questions and Answers

Which material can improve the strength of the anode?

Aluminum

Tungsten

Copper

Rhenium (correct)

What is the bevel angle (θ) for the line focus of the anode?

12° (correct)

15°

45°

30°

What is the formula to calculate the coverage (x) of the X-rays in terms of source-patient distance (d) and bevel angle (θ)?

x = d * cos(θ)

x = d * sin(θ)

x = d / tan(θ)

x = d * tan(θ) (correct)

What causes the anode heel effect in X-ray tubes?

<p>X-rays traveling a longer distance to reach the anode side</p> Signup and view all the answers

Which side of an X-ray image has higher intensity X-rays due to the anode heel effect?

<p>Cathode side</p> Signup and view all the answers

Enhancing Heat Dissipation in X-Ray Tubes

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Podcast

Questions and Answers

Which material can improve the strength of the anode?

What is the bevel angle (θ) for the line focus of the anode?

What is the formula to calculate the coverage (x) of the X-rays in terms of source-patient distance (d) and bevel angle (θ)?

What causes the anode heel effect in X-ray tubes?

Which side of an X-ray image has higher intensity X-rays due to the anode heel effect?

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