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2. The power of high power laser beams is often measured using a water-cooled optical calorimeter. For a lkW beam incident on a calorimeter with water flow rate of 1 liter per minute, calculate the magnitude of temperature rise expected for water flowing out of the power meter.

2. The power of high power laser beams is often measured using a water-cooled optical calorimeter. For a lkW beam incident on a calorimeter with water flow rate of 1 liter per minute, calculate the magnitude of temperature rise expected for water flowing out of the power meter.

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2. The power of high power laser beams is often measured using a water-cooled optical calorimeter. For a lkW beam incident on a calorimeter with water flow rate of 1 liter per minute, calculate the magnitude of temperature rise ekpected for water flowing out of the power meter.
Transcribed Image Text:2. The power of high power laser beams is often measured using a water-cooled optical calorimeter. For a lkW beam incident on a calorimeter with water flow rate of 1 liter per minute, calculate the magnitude of temperature rise ekpected for water flowing out of the power meter.
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