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Bleach Performance of the Aromatic Peracid Precursor Having Electron Withdrawing Substituent at the Aromatic Ring of the Acyl Group

机译：芳族白酸前体的漂白剂性能在酰基的芳环处具有电子取代基

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Takayasu KUBOZONO; Yasuo NOMURA; Mineko HORIBE;
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3. Modulating mechanism of N-H-based excited-state intramolecular proton transfer by electron-withdrawing substituent at aromatic para-position [J] . Yang Da-Peng, Zhang Qiao-Li, Song Xiao-Yan, Chemical Physics Letters . 2019,第期

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4. Polycyclic aromatic hydrocarbons (PAHs) have much received attention as one of thefundamental components of organic devices.1 Although PAHs are usually composed ofhexagons (benzenoid systems),embedding odd-membered rings such as pentagons orheptagons (non-benzenoid systems) into the molecular core is a promising methodology tomodify their electronic properties,such as aromaticity,redox ability and/or spin state [C] . Koki Horii, Akihito Konishi, MakotoYasuda 日本化学会春季年会 . 2020

机译：多环芳烃（PAHS）作为有机器件的金融组件之一，多环芳烃（PAHS）有很多人受到关注.1虽然PAHS通常由过爆（苯甲酸系统）组成，但嵌入奇数元环，例如Pentagons Orheptagons（非苯骨系统）进入分子核心是一个有希望的方法，可以清理它们的电子性质，例如芳香性，氧化还原能力和/或旋转状态
5. Strong fullerene and polycyclic aromatic hydrocarbon electron acceptors with perfluorinated substituents [D] . San, Long K. 2015

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6. Theoretical study of internal rotational barriers of electrons donating and electrons withdrawing groups in aromatic compounds [O] . Daniel Rodrigues Lima, Sílvio Quintino de Aguiar Filho, Laura Beatriz Camargo do Oh, 2020

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7. Non-Electronic Aromatic Ring Activation by Simple Steric Repulsion between Substituents in 1-Methylquinolinium Salt Systems [O] . Kento Iwai, Soichi Yokoyama, Haruyasu Asahara, 2020

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8. 1-Silaphenalenes, Potential Precursors to Aromatic Silylenium Ions and Aromatic Silyl Anions, Spectroscopic and Chemical Studies [R] . Sooriyakumaran, R., Boudjouk, P. 1984

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Bleach Performance of the Aromatic Peracid Precursor Having Electron Withdrawing Substituent at the Aromatic Ring of the Acyl Group

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