The mist spraying apparatus comprises: a pressure chamber into which liquid is filled; a charging
electrode which is in contact with the liquid and charges the liquid; a vibration generating device which converts the liquid into droplets by applying
vibrational energy to the liquid inside the liquid chamber, thereby generating a charged mist; a rear
surface electrode which is disposed so as to oppose an ejection surface including an ejection port ejecting the charged mist, and holds an liquid receiving medium onto which the charged mist is deposited from the ejection port; an acceleration
electrode which is disposed at a position separated by a prescribed distance in an outward radial direction from an edge of the ejection port, and generates an
electric field for acceleration between the acceleration
electrode and the opposing rear
surface electrode; a charging
voltage application device which applies a charging
voltage to the charging electrode; and an
acceleration voltage application device which applies an
acceleration voltage that is higher than the charging
voltage to the acceleration electrode, thereby generating, between the acceleration electrode and the rear
surface electrode, the
electric field for acceleration having an
electric field intensity which is greater than an electric
field intensity generated between the charging electrode and the rear surface electrode by the voltage applied from the charging voltage application device.