Radiation image sensing apparatus, radiation image sensing system, control method for radiation image sensing apparatus, and non-transitory computer-readable storage medium

A control method for a radiation image sensing apparatus including an image sensing area where a plurality of conversion elements are arranged and used in an image sensing operation of acquiring a radiation image corresponding to incidence of radiation, a detection element configured to detect radiation entering the image sensing area, and a readout unit, the method characterized by comprising:

• a first step of acquiring a correction signal read out from the detection element by the readout unit after an end of incidence of radiation in a first image sensing operation;
• a second step of reading out a detection signal from the detection element by the readout unit during the incidence of the radiation in a second image sensing operation performed next to the first step;
• and
• a third step of correcting the detection signal in accordance with a correction amount based on the correction signal, and detecting an incident radiation dose based on the corrected detection signal.

A non-transitory computer-readable storage medium storing a program for causing a computer to execute a control method for a radiation image sensing apparatus including an image sensing area where a plurality of conversion elements are arranged and used in an image sensing operation of acquiring a radiation image corresponding to incidence of radiation, a detection element configured to detect radiation entering the image sensing area, and a readout unit, the method characterized by comprising:

• a first step of acquiring a correction signal read out from the detection element by the readout unit after an end of incidence of radiation in a first image sensing operation;
• a second step of reading out a detection signal from the detection element by the readout unit during the incidence of the radiation in a second image sensing operation performed next to the first step;
• and
• a third step of correcting the detection signal in accordance with a correction amount based on the correction signal, and detecting an incident radiation dose based on the corrected detection signal.