What is the effect of increasing transmitted acoustic output on heating?

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Multiple Choice

What is the effect of increasing transmitted acoustic output on heating?

Explanation:
Increasing the transmitted acoustic output means more energy is sent into the tissue. Tissue absorbs part of that energy and converts it into heat, so the rate of heating goes up as the power delivered increases. The actual temperature rise also depends on factors like how long the beam is on (duty cycle), tissue attenuation, and blood flow, but the overall trend is clear: higher output yields more heating.

Increasing the transmitted acoustic output means more energy is sent into the tissue. Tissue absorbs part of that energy and converts it into heat, so the rate of heating goes up as the power delivered increases. The actual temperature rise also depends on factors like how long the beam is on (duty cycle), tissue attenuation, and blood flow, but the overall trend is clear: higher output yields more heating.

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