A liquid material application method for filling, based on a capillary action, a liquid material ejected from an ejection port of an ejection device into a gap between a substrate and a workpiece placed on the substrate, the application method comprising: a step of preparing an application pattern made up of a plurality of continuous application regions (X 1 to X 3) where a required application amount of the liquid material ejected from the ejection port per application region is different; a cycle allocation step of preparing a plurality of basic cycles and allocating a basic cycle for each application region (X 1 to X 3), the basic cycles each including one ejection pulse combined with a plurality of pause pulses at a predetermined ratio to the ejection pulse; a step of setting a correction period after which a correction amount calculation step takes place, wherein the correction period is set taking into consideration a viscosity change of the liquid material; an application step of repeatedly performing application to the application regions (X 1 to X 3) with the basic cycles allocated respectively to the application regions (X 1 to X 3), wherein the pause pulses do not take part in ejection operation and the basic cycle is repeated until reaching a connecting point between the application regions (X 1 to X 3), while the ejection port and the workpiece are moved relative to each other; a correction amount calculation step of measuring, after the correction period, an ejection amount from the ejection port in a certain ejection time and calculating a correction amount of the ejection amount based on a difference between the measured weight of the liquid material ejected during a certain time and the required weight, or based on a difference between the measured ejection time and the ejection time in the just preceding period; and an ejection amount adjustment step of adjusting the ratio of the pause pulses to the one ejection pulse for one or more basic cycles based on the correction amount calculated in the correction amount calculation step, and wherein the length of each of the pause pulses is not more than 1/20 of the length of the ejection pulse; and a step of applying the liquid material to the workpiece using the corrected ejection amount. a step of preparing an application pattern made up of a plurality of continuous application regions (X 1 to X 3) where a required application amount of the liquid material ejected from the ejection port per application region is different; a cycle allocation step of preparing a plurality of basic cycles and allocating a basic cycle for each application region (X 1 to X 3), the basic cycles each including one ejection pulse combined with a plurality of pause pulses at a predetermined ratio to the ejection pulse; a step of setting a correction period after which a correction amount calculation step takes place, wherein the correction period is set taking into consideration a viscosity change of the liquid material; an application step of repeatedly performing application to the application regions (X 1 to X 3) with the basic cycles allocated respectively to the application regions (X 1 to X 3), wherein the pause pulses do not take part in ejection operation and the basic cycle is repeated until reaching a connecting point between the application regions (X 1 to X 3), while the ejection port and the workpiece are moved relative to each other; a correction amount calculation step of measuring, after the correction period, an ejection amount from the ejection port in a certain ejection time and calculating a correction amount of the ejection amount based on a difference between the measured weight of the liquid material ejected during a certain time and the required weight, or based on a difference between the measured ejection time and the ejection time in the just preceding period; and an ejection amount adjustment step of adjusting the ratio of the pause pulses to the one ejection pulse for one or more basic cycles based on the correction amount calculated in the correction amount calculation step, and wherein the length of each of the pause pulses is not more than 1/20 of the length of the ejection pulse; and a step of applying the liquid material to the workpiece using the corrected ejection amount.