(b) Calculate the temperature and pressure rises on a short-pulse laser excitation of soft tissue at body temperature with a fluence of 10mJ/cm [Take Optical -1 Absorption Coefficient, µa = 0.1 cm.] Account for your answer %3D

(b) Calculate the temperature and pressure rises on a short-pulse laser excitation of soft tissue at body temperature with a fluence of 10mJ/cm [Take Optical -1 Absorption Coefficient, µa = 0.1 cm.] Account for your answer %3D

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Question

(b) Calculate the temperature and pressure rises on a short-pulse laser excitation of
soft tissue at body temperature with a fluence of 10mJ/cm [Take Optical
-1
Absorption Coefficient, µa = 0.1 cm.] Account for your answer
2.

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