Figure 4
From: Experimental Observation of Bohr’s Nonlinear Fluidic Surface Oscillation
Matching the mode evolution diagrams between experiment and wave calculations.
Experimental conditions are expressed as ‘(jet pressure in bar, extreme position Dn, jet temperature in °C)’. Jet mean radius a for each case is determined as a fitting parameter. Legends ‘Exp’ and ‘Cal’ stand for experiment and wave calculation, respectively. (a) Experiment at (1.250, D5, 16.9) and the wave calculation with η1 = 0.095 and a = 13.79 μm. (b) Experiment at (1.402, D5, 16.9) and the wave calculation with η1 = 0.105 and a = 13.71 μm. (c) Experiment at (1.326, D5, 21.4) and the wave calculation with η1 = 0.130 and a = 13.64 μm. (d) Experiment at (1.188, D4, 20.3) and the wave calculation with η1 = 0.160 and a = 13.61 μm. (e) Experiment at (1.408, D4, 19.5) and the wave calculation with η1 = 0.185 and a = 13.55 μm. (f ) Experiment at (1.536, D4, 19.1) and the wave calculation with η1 = 0.200 and a = 13.50 μm. The data in (e) is the same as the data in Fig. 3c.
