1. 1 Experimental Approximation of Mercury Drop Velocity Using Uniform Random Probability in Jet Geometry

2. 2 Input Parameters & Geometry of Viewing of Drops Case : Ellipse jet shape, b = 0.00875 ± 0.0013 m a = 0.0029 ± 0.0013 m y_m = 0.0171 ± 0.004 m t = 25*14 ± 1 microsec to = 78.6 ± 62 microsec D = 0.0915 m θ = ± π/2 Case : Circle jet shape, b = 0.00875 ± 0.0013 m a = 0.00875 ± 0.0013 m All of the rest settings are same with ellipse case. b a y_m D Focal point Drop θ Chosen Example : 0T, 24GeV, 10Tp

3. 3 CASE I : Elliptic Jet Shape

4. 4 Probability Density of Angle θ Uniform in θ Uniform in Φ Uniform in s

5. 5 Random Smapled Angle θ Uniform in θ Uniform in Φ Uniform in s

6. 6 Histogram of Drop Velocity Uniform in θ Uniform in Φ Uniform in s

7. 7 Gaussian Fitting of Histogram of Drop Velocity Uniform in θ Uniform in Φ Uniform in s

8. 8 CASE II : Circular Jet Shape

9. 9 Uniform in θ Uniform in Φ Uniform in s Probability Density of Angle θ

10. 10 Random Smapled Angle θ Uniform in θ Uniform in Φ Uniform in s

11. 11 Histogram of Drop Velocity Uniform in θ Uniform in Φ Uniform in s

12. 12 Gaussian Fitting of Histogram of Drop Velocity Uniform in θ Uniform in Φ Uniform in s

13. 13 Comparison Jet shapeP(θ) Velocity (m/s) MeanSigma Ellipse Uniform in theta38.119.2 Uniform in phi48.126.4 Uniform in position s44.022.2 Circle Uniform in theta37.720.3 Uniform in phi38.821.0 Uniform in position s37.219.4