A method for filling a liquid material, which is ejected from an ejection device while the ejection device is moved at a constant speed, into a gap between a substrate and a work placed on the substrate by utilizing a capillary action, the method being characterized by: a step of preparing an application pattern made up of a plurality of successive application regions (5, 6, 21) based on an application amount of the liquid material and a shape of the work; an ejection cycle assigning step of assigning a plurality of ejection cycles, in each of which the number of ejection pulses and the number of pause pulses are combined at a predetermined ratio, to each of the application regions (5, 6, 21) depending on a required amount for each of the application regions (5, 6, 21); a correction amount calculating step of measuring, at a preset correction cycle, an ejection weight for a certain time or ejection time of the liquid material ejected from the ejection device at timing of the correction cycle, comparing the measured ejection weight or ejection time with a proper weight or time determined in advance, and calculating a correction amount for the ejection amount based on the result of the comparison; and an ejection amount correcting step including a step of adjusting the number of ejection pulses and the number of pause pulses, which are included in the application pattern, on the basis of the correction amount calculated in the correction amount calculating step, and/or a step of adjusting at least a length of one of the application regions (5, 6, 21) and a length of another one or other two application regions (5, 6, 21), which are present continuously to the one application region (5, 6, 21), without changing respective ejection amounts per unit time in the individual application regions (5, 6, 21). a step of preparing an application pattern made up of a plurality of successive application regions (5, 6, 21) based on an application amount of the liquid material and a shape of the work; an ejection cycle assigning step of assigning a plurality of ejection cycles, in each of which the number of ejection pulses and the number of pause pulses are combined at a predetermined ratio, to each of the application regions (5, 6, 21) depending on a required amount for each of the application regions (5, 6, 21); a correction amount calculating step of measuring, at a preset correction cycle, an ejection weight for a certain time or ejection time of the liquid material ejected from the ejection device at timing of the correction cycle, comparing the measured ejection weight or ejection time with a proper weight or time determined in advance, and calculating a correction amount for the ejection amount based on the result of the comparison; and an ejection amount correcting step including a step of adjusting the number of ejection pulses and the number of pause pulses, which are included in the application pattern, on the basis of the correction amount calculated in the correction amount calculating step, and/or a step of adjusting at least a length of one of the application regions (5, 6, 21) and a length of another one or other two application regions (5, 6, 21), which are present continuously to the one application region (5, 6, 21), without changing respective ejection amounts per unit time in the individual application regions (5, 6, 21).