i toluene c o p 2 10 200 1 200 2 c o p 2 spin coating b ref comp ex 3 s i c o p 2 spin coating c 3 cop2 is a cyclic olefin polymer (Zeon Corporation)

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Zeon Corporation i toluene c o p 2 10 200 1 200 2 c o p 2 spin coating b ref comp ex 3 s i c o p 2 spin coating c 3 cop2 is a cyclic olefin polymer
I Toluene C O P 2 10 200 1 200 2 C O P 2 Spin Coating B Ref Comp Ex 3 S I C O P 2 Spin Coating C 3 Cop2 Is A Cyclic Olefin Polymer, supplied by Zeon Corporation, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/c-200/cop2/us12649305-323-102-139
Average 86 stars, based on 1 article reviews

i toluene c o p 2 10 200 1 200 2 c o p 2 spin coating b ref comp ex 3 s i c o p 2 spin coating c 3 cop2 is a cyclic olefin polymer - by Bioz Stars, 2026-09

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Solvent:

Article Title: Polymer member/inorganic base composite, production method therefor, and polymer member therefor
Article Snippet: .. Time Bonding cross cut substrate Solvent Polymer (mass %) (° C.) (min) (° C.) (min) Material method test Ref Ex.28 S I N Toluene C O P 2 * 3 10 280 1 200 2 C O P 2 Spin coating A Ref.Comp.Ex.5 S I N C O P 2 Spin coating C Ref.Ex.29 C u Toluene C O P 2 10 280 1 200 2 C O P 2 Spin coating A Ref.Comp.Ex.6 C u C O P 2 Spin coating C Ref.Ex.30 A l Toluene C O P 2 10 280 1 200 2 C O P 2 Spin coating A Ref.Comp.Ex.7 A l C O P 2 Spin coating C * 3: COP2 is a cyclic olefin polymer (Zeon Corporation, Zeonex TM 480R) TABLE 12 Table R10 Thermally modified polymer layer Preparation condition First Second thermally thermally modified modified Material polymer polymer Polymer layer layer Polymer member Result of Inorganic concentration Temp. ..

Article Title: Polymer member/inorganic base composite, production method therefor, and polymer member therefor
Article Snippet: .. Time Bonding cross cut substrate Solvent Polymer (mass %) (° C.) (min) (° C.) (min) Material method test Ref.Ex.17 S i Toluene C O P 2 * 3 10 360 1 200 2 C O P 2 Spin coating B Ref.Ex.18 S i Toluene C O P 2 10 320 1 200 2 C O P 2 Spin coating B Ref.Ex.10 S i Toluene C O P 2 10 280 1 200 2 C O P 2 Spin coating A Ref.Ex.19 S i Toluene C O P 2 10 240 1 200 2 C O P 2 Spin coating B Ref.Ex.20 S i [Toluene C O P 2 10 200 1 200 2 C O P 2 Spin coating B Ref Comp.Ex.3 S i C O P 2 Spin coating C * 3: COP2 is a cyclic olefin polymer (Zeon Corporation, Zeonex TM 480R) TABLE 9 Table R7 Thermally modified polymer layer Preparation condition First Second thermally thermally modified modified polymer polymer layer layer Polymer member Result of Inorganic Temp. ..

Article Title: Polymer member/inorganic base composite, production method therefor, and polymer member therefor
Article Snippet: .. Time Bonding cross cut substrate Solvent Polymer (mass %) (° C.) (min) (° C.) (min) Material method test Ref.Comp.Ex.8 OTS treated Si C O P 2 * 3 Spin coating C Ref.Comp.Ex.9 OTS treated Si PE film ** (※) C Ref.Comp.Ex.10 PTS treated Si C O P 2 Spin coating C Ref.Comp.Ex.11 PTS treated Si PE film (※) C Ref. Comp.Ex.12 ATS treated Si C O P 2 Spin coating C Ref.Comp.Ex.13 ATS treated Si PE film (※) C * 3: COP2 is a cyclic olefin polymer (Zeon Corporation, Zeonex TM 480R) (※) Thermocompression bonding * 4: PE film is a polyethylene film (thickness of 30 μm) From Table R1 above, it is understood that, when the polymer concentration in the polymer solution for forming thermally modified polymer layer was 1 to 7% by mass and the rotation speed of the spin-coating at the time of forming thermally modified polymer layer was 2000 to 4000 rpm (Reference Examples 1 to 4), peeling of the polymer member was suppressed as compared with the case where the thermally modified polymer layer was not used (Reference Comparative Example 1). ..

Polymer:

Article Title: Polymer member/inorganic base composite, production method therefor, and polymer member therefor
Article Snippet: .. Time Bonding cross cut substrate Solvent Polymer (mass %) (° C.) (min) (° C.) (min) Material method test Ref.Ex.17 S i Toluene C O P 2 * 3 10 360 1 200 2 C O P 2 Spin coating B Ref.Ex.18 S i Toluene C O P 2 10 320 1 200 2 C O P 2 Spin coating B Ref.Ex.10 S i Toluene C O P 2 10 280 1 200 2 C O P 2 Spin coating A Ref.Ex.19 S i Toluene C O P 2 10 240 1 200 2 C O P 2 Spin coating B Ref.Ex.20 S i [Toluene C O P 2 10 200 1 200 2 C O P 2 Spin coating B Ref Comp.Ex.3 S i C O P 2 Spin coating C * 3: COP2 is a cyclic olefin polymer (Zeon Corporation, Zeonex TM 480R) TABLE 9 Table R7 Thermally modified polymer layer Preparation condition First Second thermally thermally modified modified polymer polymer layer layer Polymer member Result of Inorganic Temp. ..

Article Title: Polymer member/inorganic base composite, production method therefor, and polymer member therefor
Article Snippet: .. Time Bonding cross cut substrate Solvent Polymer (mass %) (° C.) (min) (° C.) (min) Material method test Ref.Comp.Ex.8 OTS treated Si C O P 2 * 3 Spin coating C Ref.Comp.Ex.9 OTS treated Si PE film ** (※) C Ref.Comp.Ex.10 PTS treated Si C O P 2 Spin coating C Ref.Comp.Ex.11 PTS treated Si PE film (※) C Ref. Comp.Ex.12 ATS treated Si C O P 2 Spin coating C Ref.Comp.Ex.13 ATS treated Si PE film (※) C * 3: COP2 is a cyclic olefin polymer (Zeon Corporation, Zeonex TM 480R) (※) Thermocompression bonding * 4: PE film is a polyethylene film (thickness of 30 μm) From Table R1 above, it is understood that, when the polymer concentration in the polymer solution for forming thermally modified polymer layer was 1 to 7% by mass and the rotation speed of the spin-coating at the time of forming thermally modified polymer layer was 2000 to 4000 rpm (Reference Examples 1 to 4), peeling of the polymer member was suppressed as compared with the case where the thermally modified polymer layer was not used (Reference Comparative Example 1). ..

Modification:

Article Title: Polymer member/inorganic base composite, production method therefor, and polymer member therefor
Article Snippet: .. Time Bonding cross cut substrate Solvent Polymer (mass %) (° C.) (min) (° C.) (min) Material method test Ref.Ex.17 S i Toluene C O P 2 * 3 10 360 1 200 2 C O P 2 Spin coating B Ref.Ex.18 S i Toluene C O P 2 10 320 1 200 2 C O P 2 Spin coating B Ref.Ex.10 S i Toluene C O P 2 10 280 1 200 2 C O P 2 Spin coating A Ref.Ex.19 S i Toluene C O P 2 10 240 1 200 2 C O P 2 Spin coating B Ref.Ex.20 S i [Toluene C O P 2 10 200 1 200 2 C O P 2 Spin coating B Ref Comp.Ex.3 S i C O P 2 Spin coating C * 3: COP2 is a cyclic olefin polymer (Zeon Corporation, Zeonex TM 480R) TABLE 9 Table R7 Thermally modified polymer layer Preparation condition First Second thermally thermally modified modified polymer polymer layer layer Polymer member Result of Inorganic Temp. ..

Article Title: Polymer member/inorganic base composite, production method therefor, and polymer member therefor
Article Snippet: .. Time Bonding cross cut substrate Solvent Polymer (mass %) (° C.) (min) (° C.) (min) Material method test Ref.Comp.Ex.8 OTS treated Si C O P 2 * 3 Spin coating C Ref.Comp.Ex.9 OTS treated Si PE film ** (※) C Ref.Comp.Ex.10 PTS treated Si C O P 2 Spin coating C Ref.Comp.Ex.11 PTS treated Si PE film (※) C Ref. Comp.Ex.12 ATS treated Si C O P 2 Spin coating C Ref.Comp.Ex.13 ATS treated Si PE film (※) C * 3: COP2 is a cyclic olefin polymer (Zeon Corporation, Zeonex TM 480R) (※) Thermocompression bonding * 4: PE film is a polyethylene film (thickness of 30 μm) From Table R1 above, it is understood that, when the polymer concentration in the polymer solution for forming thermally modified polymer layer was 1 to 7% by mass and the rotation speed of the spin-coating at the time of forming thermally modified polymer layer was 2000 to 4000 rpm (Reference Examples 1 to 4), peeling of the polymer member was suppressed as compared with the case where the thermally modified polymer layer was not used (Reference Comparative Example 1). ..

Concentration Assay:

Article Title: Polymer member/inorganic base composite, production method therefor, and polymer member therefor
Article Snippet: .. Time Bonding cross cut substrate Solvent Polymer (mass %) (° C.) (min) (° C.) (min) Material method test Ref.Comp.Ex.8 OTS treated Si C O P 2 * 3 Spin coating C Ref.Comp.Ex.9 OTS treated Si PE film ** (※) C Ref.Comp.Ex.10 PTS treated Si C O P 2 Spin coating C Ref.Comp.Ex.11 PTS treated Si PE film (※) C Ref. Comp.Ex.12 ATS treated Si C O P 2 Spin coating C Ref.Comp.Ex.13 ATS treated Si PE film (※) C * 3: COP2 is a cyclic olefin polymer (Zeon Corporation, Zeonex TM 480R) (※) Thermocompression bonding * 4: PE film is a polyethylene film (thickness of 30 μm) From Table R1 above, it is understood that, when the polymer concentration in the polymer solution for forming thermally modified polymer layer was 1 to 7% by mass and the rotation speed of the spin-coating at the time of forming thermally modified polymer layer was 2000 to 4000 rpm (Reference Examples 1 to 4), peeling of the polymer member was suppressed as compared with the case where the thermally modified polymer layer was not used (Reference Comparative Example 1). ..

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