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Table 2.

Days of observation around the 2024 April 29 Vela glitch.

Date Antenna Duration [h] epoch MJD # pulses Pobs [ms] SNR
April 17 A2 3.66 60417.86861037355 147394 89.42592924 348.18
April 18 A2 3.66 60418.86988352169 147394 89.42598438 274.62
April 19 A2 3.66 60419.86687426244 147363 89.42603628 263.84
April 20 A2 3.66 60420.61084910590 147389 89.42608723 261.88
April 28 A2 3.60 60428.34752565132 144793 89.42645908 219.39

May 1 A2 3.60 60431.83923799470 144791 89.42636648 276.11
May 2 A2 3.66 6043283136500318 147394 89.42640220 256.08
May 3 A2 3.66 60433.82876083651 147393 89.42643953 326.08
May 4 A2 3.53 60434.82621454021 142092 89.42647504 300.34

Notes. Date of each observation with A2, duration in hours, the MJD at the topocentric beginning of the observations, the corresponding number of single pulses analysed, instantaneous topocentric period, Pobs, and estimated signal to noise ratio (SNR) for the selected observations around the 2024 Vela glitch used for the pulse-by-pulse analysis. The estimated time of the glitch on April 29 is MJD 60429.8696.

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