POINT-OF-USE BLENDING OF RINSE SOLUTIONS FOR EUV PROCESSING TO MITIGATE PATTERN COLLAPSE
Embodiments provide point-of-use blending of photoresist rinse solutions for patterned photoresists. Disclosed methods and systems form different mitigation solutions for multiple different photoresists through point-of-use variable blending of a mitigation solution with de-ionized water and/or othe...
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creator | Shibata, Naoki Huli, Lior |
description | Embodiments provide point-of-use blending of photoresist rinse solutions for patterned photoresists. Disclosed methods and systems form different mitigation solutions for multiple different photoresists through point-of-use variable blending of a mitigation solution with de-ionized water and/or other chemistries to adjust the formulation of the solution just prior to dispense within a process chamber. For one example embodiment, different surfactant rinse solutions are used for different photoresists, such as different extreme ultraviolet photoresists. In addition, the level of reactive components, the level of nonreactive components, or both within a mitigation solution can be adjusted using this point-of-use blending to provide an adjusted mitigation solution. The ability to make point-of-use adjustments to the solution chemistry just before dispense on a microelectronic workpiece, such as a semiconductor wafer, improves interactions between the adjusted mitigation solution and the patterned photoresist. |
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Disclosed methods and systems form different mitigation solutions for multiple different photoresists through point-of-use variable blending of a mitigation solution with de-ionized water and/or other chemistries to adjust the formulation of the solution just prior to dispense within a process chamber. For one example embodiment, different surfactant rinse solutions are used for different photoresists, such as different extreme ultraviolet photoresists. In addition, the level of reactive components, the level of nonreactive components, or both within a mitigation solution can be adjusted using this point-of-use blending to provide an adjusted mitigation solution. 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Disclosed methods and systems form different mitigation solutions for multiple different photoresists through point-of-use variable blending of a mitigation solution with de-ionized water and/or other chemistries to adjust the formulation of the solution just prior to dispense within a process chamber. For one example embodiment, different surfactant rinse solutions are used for different photoresists, such as different extreme ultraviolet photoresists. In addition, the level of reactive components, the level of nonreactive components, or both within a mitigation solution can be adjusted using this point-of-use blending to provide an adjusted mitigation solution. 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subjects | APPARATUS SPECIALLY ADAPTED THEREFOR BASIC ELECTRIC ELEMENTS CINEMATOGRAPHY CLEANING CLEANING IN GENERAL ELECTRIC SOLID STATE DEVICES NOT OTHERWISE PROVIDED FOR ELECTRICITY ELECTROGRAPHY HOLOGRAPHY MATERIALS THEREFOR ORIGINALS THEREFOR PERFORMING OPERATIONS PHOTOGRAPHY PHOTOMECHANICAL PRODUCTION OF TEXTURED OR PATTERNED SURFACES,e.g. FOR PRINTING, FOR PROCESSING OF SEMICONDUCTORDEVICES PHYSICS PREVENTION OF FOULING IN GENERAL SEMICONDUCTOR DEVICES TRANSPORTING |
title | POINT-OF-USE BLENDING OF RINSE SOLUTIONS FOR EUV PROCESSING TO MITIGATE PATTERN COLLAPSE |
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