METHOD FOR REDUCING RESIDUAL STRESS OF GLASS SUBSTRATE, AND DEVICE FOR REDUCING RESIDUAL STRESS OF GLASS SUBSTRATE

• 1. 玻璃基板的残余应力降低方法及残余应力降低装置 [P] . 中国专利： CN109422454A . 2019-03-05
• 2. 玻璃基板的残余应力降低方法及残余应力降低装置 [P] . 中国专利： CN109422453A . 2019-03-05
• 3. METHOD FOR REDUCING RESIDUAL STRESS OF GLASS SUBSTRATE, AND DEVICE FOR REDUCING RESIDUAL STRESS OF GLASS SUBSTRATE [P] . 韩国专利： KR20190024649A . 2019-03-08

  机译： 减少玻璃基质残余应力的方法及减少玻璃基质残余应力的装置

• 4. METHOD FOR REDUCING RESIDUAL STRESS OF GLASS SUBSTRATE AND APPARATUS FOR REDUCING RESIDUAL STRESS OF GLASS SUBSTRATE [P] . 韩国专利： KR20190027309A . 2019-03-14

  机译： 减少玻璃基体残余应力的方法和减少玻璃基体残余应力的装置

• 5. METHOD FOR REDUCING RESIDUAL STRESS OF GLASS SUBSTRATE AND APPARATUS FOR REDUCING RESIDUAL STRESS OF GLASS SUBSTRATE [P] . 韩国专利： KR20190027310A . 2019-03-14

  机译： 减少玻璃基体残余应力的方法和减少玻璃基体残余应力的装置

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• 6. Residual Stress and In-situ Thermal Stress Measurements of Copper Films on Glass Substrate [J] . Takao HANABUSA, Masayuki NISHIDA Materials Science Research International . 2001,第1期
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• 11. Methods to Reduce Built-in Residual Stresses in Steel Bridge Diaphragms (Phase I) [R] . South, J. M., Hahin, C. 2000

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