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Analysis of Hg Jet Stream Dynamics: Experimental Measurements and Distortion Verification

This study by HeeJin Park from SUNY Stony Brook aims to measure the velocity and distortion of a mercury jet stream to validate hydro-dynamic phenomena. Detailed conditions, experimental setup, camera settings, and captured images are provided for comprehensive analysis.

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Analysis of Hg Jet Stream Dynamics: Experimental Measurements and Distortion Verification

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  1. Measurements of Dynamic Characteristics of Hg Jet Stream 11/16/2005 by HeeJin Park, SUNY Stony Brook Purpose : To measure velocity and distortion of jet stream and verify the hydro-dynamic phenomenon experimentally Condition Test Plan - Atmospheric 1.01295 x 105 Pa or N/m2 14.696 PSI or lb/in2 760torr or mm Hg - Vacuum 1/3 level of atmospheric condition

  2. Experimental Setup Front view Left side view Right side view

  3. Nozzle Geometry Tapered brass nozzle Straight steel nozzle Hole nozzle Tapered steel nozzle

  4. Configuration High Speed Camera Setting Distance Setting

  5. Captured Images Brass Nozzle (atmospheric) Front Region Middle Region Rear Region

  6. Captured Images Brass Nozzle (vacuum) Front Region Middle Region Rear Region

  7. Captured Images Straight Steel Nozzle (atmospheric) Front Region Middle Region Rear Region

  8. Captured Images Straight Steel Nozzle (vacuum) Front Region Rear Region

  9. Captured Images Tapered Steel Nozzle (atmospheric) Front Region Middle Region Rear Region

  10. Captured Images Hole Nozzle (atmospheric) Front Region Middle Region Rear Region

  11. Results

  12. Results

  13. Reference

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