Claims Analysis
Total Claims: 7
Claim 1
Independent Claim
155 words
A method of correcting a defect in the form of an opening in a pattern film on a substrate by depositing a film at the defect comprising steps of irradiating an ion beam on the pattern film to generate secondary charged particles from the pattern film, the secondary charged particles having an intensity distribution, displaying a mask pattern image based on the intensity distribution of the secondary charged particles, calculating a required film deposition area, directing a chemical compound vapor at the defect by a gas gun for depositing said chemical compound on the defect, concurrently irradiating and scanning an ion beam of a constant intensity at a constant speed for forming a film on the defect, and blanking the ion beam during scanning when the ratio of film deposition area to ion beam current for said organic compound is lower than a predetermined value whereby elongating the time duration for depositing said chemical compound.
Claim 2
Independent Claim
155 words
A method of correcting a defect in the form of an opening in a pattern film on a substrate by depositing a film at the defect comprising steps of irradiating an ion beam on the pattern film to generate secondary charged particles from the pattern film, the secondary charged particles having an intensity distribution, displaying a mask pattern image based on the intensity distribution of the secondary charged particles, calculating a required film deposition area, directing a chemical compound vapor at the defect by a gas gun for depositing said chemical compound on the defect, concurrently irradiating and scanning an ion beam of a constant intensity at a constant speed for forming a film on the defect, and blanking the ion beam during scanning when the ratio of film deposition area to ion beam current for said organic compound is lower than a predetermined value whereby elongating the time duration for depositing said chemical compound.
Claim 3
Dependent Claim
34 words
A method of correcting a defect of a pattern film according to claim 1, wherein said blanking is carried out at intervals of one frame or a plurality of frames of ion beam scanning.
Claim 4
Dependent Claim
34 words
A method of correcting a defect of a pattern film according to claim 2, wherein said blanking is carried out at intervals of one line or a plurality of lines of ion beam scanning.
Claim 5
Dependent Claim
34 words
A method of correcting a defect of a pattern film according to claim 1, wherein said blanking is carried out at intervals of one dot or a plurality of dots of ion beam scanning.
Claim 6
Independent Claim
145 words
A method of correcting a defect in the form of an opening in a pattern film on a substrate by depositing a film at the defect comprising steps of irradiating an ion beam on the pattern film to generate secondary charged particles from the pattern film, the secondary charged particles having an intensity distribution, displaying a mask pattern image based on the intensity distribution of the secondary charged particles, calculating a required film deposition area, directing a chemical compound vapor at the defect by a gas gun for depositing said chemical compound on the defect, concurrently irradiating and scanning an ion beam of a constant intensity at a constant speed for forming a film on the defect, and blanking the ion beam during scanning when the film deposition area is smaller than a predetermined value whereby elongating the time duration for depositing said chemical compound.
Claim 7
Independent Claim
145 words
A method of correcting a defect in the form of an opening in a pattern film on a substrate by depositing a film at the defect comprising steps of irradiating an ion beam on the pattern film to generate secondary charged particles from the pattern film, the secondary charged particles having an intensity distribution, displaying a mask pattern image based on the intensity distribution of the secondary charged particles, calculating a required film deposition area, directing a chemical compound vapor at the defect by a gas gun for depositing said chemical compound on the defect, concurrently irradiating and scanning an ion beam of a constant intensity at a constant speed for forming a film on the defect, and blanking the ion beam during scanning when the film deposition area is smaller than a predetermined value whereby elongating the time duration for depositing said chemical compound.