Table A2.

Bubble radii for all peak frequencies in pressure spectrum for DIW, all tank lengths and three different probe positions.

$\mathit{L}=0.7\mathit{\lambda }$						$\mathit{L}=\mathit{\lambda }$
Edge		Middle		Under		Edge		Middle		Under
${\mathit{f}}_0$ (kHz)	$R_0$ ($\mu \mathrm{m}$)	$f_0$ (kHz)	$R_0$ ($\mu \mathrm{m}$)	$f_0$ (kHz)	$R_0$ ($\mu \mathrm{m}$)	$f_0$ (kHz)	$R_0$ ($\mu \mathrm{m}$)	$f_0$ (kHz)	$R_0$ ($\mu \mathrm{m}$)	$f_0$ (kHz)	$R_0$ ($\mu \mathrm{m}$)
19.5	133.1	19.5	131.0	19.5	138.9	19.5	128.4	19.5	129.2	19.5	135.6
58.5	46.9	58.5	46.3	26	105.1	58.5	45.6	54.5	48.9	48.5	56.8
102.5	28.2	102.5	27.9	39	71.3	102.5	27.5	102.5	27.6	70	40.4
213	15.0	213	14.9	48.5	58.0	118	24.3	118	24.4	84	34.2
259.5	12.7	259.5	12.6	70	41.2	213	14.7	213	14.8	108	27.3
287	11.7	287	11.6	84	34.9	259.5	12.5	259.5	12.5	124	24.2
299.5	11.3	299.5	11.2	108	27.8	287	11.5	287	11.5	135	22.4
328.5	10.5	328.5	10.4	124	24.6	299.5	11.1	299.5	11.2	198	16.1
342.5	10.1	342.5	10.1	135	22.8	342	10.0	342	10.0	210	15.3
				198	16.4					297.5	11.5
				297.5	11.6					330	10.6
				330	10.7
$\mathit{L}=1.3\mathit{\lambda }$						$L=2\lambda$
Edge		Middle		Under		Edge		Middle		Under
${\mathit{f}}_0$ (kHz)	$R_0$ ($\mu \mathrm{m}$)	$f_0$ (kHz)	$R_0$ ($\mu \mathrm{m}$)	$f_0$ (kHz)	$R_0$ ($\mu \mathrm{m}$)	$f_0$ (kHz)	$R_0$ ($\mu \mathrm{m}$)	$f_0$ (kHz)	$R_0$ ($\mu \mathrm{m}$)	$f_0$ (kHz)	$R_0$ ($\mu \mathrm{m}$)
19.5	127.0	19.5	128.6	19.5	137.8	19.5	126.5	19.5	128.3	19.5	135.7
30	84.1	30	85.1	26	104.4	30	83.8	30	85.0	26	102.8
48.5	53.6	54.5	48.7	48.5	57.6	54.5	48.0	54.5	48.6	48.5	56.9
58.5	45.1	102	27.7	70	41.0	58.5	45.0	66	40.8	70	40.5
102.5	27.3	118	24.3	84	34.7	70	38.2	102.5	27.5	84	34.3
213	14.6	200	15.5	124	24.5	97.5	28.4	118	24.3	108	27.3
287	11.5	213	14.7	135	22.7	213	14.6	213	14.7	124	24.2
299.5	11.1	259.5	12.5	198	16.3	299.5	11.0	259.5	12.5	135	22.5
342	9.9	287	11.5	297.5	11.6	342.5	9.9	287	11.5	198	16.1
		299.5	11.1	330	10.6			299.5	11.1	211.5	15.3
		342	10.0					342	10.0	297.5	11.5
										330	10.6