Comparisons of pressure ratio, at the at different pressure as a function of gas apex angle α
As fig. demonstrated, π1 remain almost constant until 0.35 radian, then gradually reduce to less than 0.15 and after that, it goes up with the apex angle. At 7.5 atm, the π1 follows the same trend. At 11.5 - 15.5 atm pressures, π1 becomes constant and is not affected by the change of angles. As the pressure rises, the π1 remain constant until the 0.35 angle and then slightly rises at a higher apex angle.
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Comparisons of pressure ratios as a function of gas apex at angle α
As Fig. X.* demonstrated, π1 remain almost constant until radian value 0.35, then gradually reduces to less than 0.15 and after that, it goes up with the apex angle. At 7.5 atm, the π1 follows the same trend. At 11.5 - 15.5 atm pressures, π1 becomes constant and is not affected by the change of angles. As the pressure rises, the π1 remains constant until the 0.35 angle and then slightly rises at a higher apex angle.[* This should be the figure number, for example "Fig. 2.".]
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