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Radical scavenging activity of carbon nanotubes: toward appropriate selection of a radical initiator

机译：Radical scavenging activity of carbon nanotubes: toward appropriate selection of a radical initiator

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Taiyo Shimizu; Ryoichi Kishi; Takeo Yamada; Kenji Hata;
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3. Free radical scavenging and anti-proliferative activities of avocado (Persea americana Mill.) seed extract [J] . Thanh Sang Vo, Phuong Uyen Le, Dai Hung Ngo 亚太热带生物医学杂志（英文版） . 2019,第003期
4. Radical scavenging activity of carbon nanotubes: toward appropriate selection of a radical initiator [J] . Shimizu Taiyo, Kishi Ryoichi, Yamada Takeo, RSC Advances . 2020,第49期

机译：Radical scavenging activity of carbon nanotubes: toward appropriate selection of a radical initiator
5. Radical scavenging activity of carbon nanotubes: toward appropriate selection of a radical initiator [J] . Taiyo Shimizu, Ryoichi Kishi, Takeo Yamada, RSC Advances . 2020,第49期

机译：Radical scavenging activity of carbon nanotubes: toward appropriate selection of a radical initiator
6. Reactivity of carbon nanotubes: free radical generation or scavenging activity? [J] . Fenoglio I, Tomatis M, Lison D, Free Radical Biology and Medicine: The Official Journal of the Oxygen Society . 2006,第7期

机译：碳纳米管的反应性：自由基的产生或清除活性？
7. Radical-Scavenging Activity of Nitroxyl Radical as an Electron Donor [C] . S. Manda, K. Kawaguchi, K. Ohkubo, International Society for Free Radical Research . 2006

机译：基于电子给体的硝基苯的激进活性
8. Mechanisms of electron transfer and hydrogen activation in selected triruthenium clusters with multiple bridging ligands. Part I. The attenuation of radical reactivity in triruthenium trihydrido(alkylidyne) clusters. Electrochemistry and kinetics of decomposition of the 47-electron cluster radical, via a disproportionation path. Part II. The activation of molecular hydrogen at transition metal centers via kinetics and mechanism of reversible oxidative addition of hydrogen across the metal-metal bond of (mu-hydrogen)(2)Ruthenium(3)(Carbon monoxide)(8)(mu-phosphorus(t-BU)(2))(2). [D] . Bierdeman, David John. 2000

机译：具有多个桥联配体的选定三钌簇中电子转移和氢活化的机理。第一部分。三氢三钌（亚烷基）簇中自由基反应性的减弱。通过歧化路径分解47电子簇自由基的电化学和动力学。第二部分通过（mu-hydrogen）（2）钌（3）（一氧化碳）（8）（mu-phosphorus（）的金属-金属键上氢的可逆氧化加成反应的动力学和机理激活过渡金属中心的分子氢t-BU）（2））（2）。
9. Free radical scavenging and formation by multi-walled carbon nanotubes in cell free conditions and in human bronchial epithelial cells [O] . Penny Nymark, Jensen Keld Alstrup, Satu Suhonen, 2014

机译：在无细胞条件下和人支气管上皮细胞中由多壁碳纳米管清除和形成自由基
10. Tunable radical scavenging activity of carbon nanotubes through sonication [O] . Dintcheva, N., Arrigo, R., Teresi, R., 2016

机译：通过声处理可调节的碳纳米管自由基清除活性

Radical scavenging activity of carbon nanotubes: toward appropriate selection of a radical initiator

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