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Spinnable Mesophase Pitch Prepared via Co-carbonization of Fluid Catalytic Cracking Decant Oil and Synthetic Naphthalene Pitch

机译：通过流体催化裂解倾析油和合成萘沥青的共同碳化制备的可旋转中间相沥青

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Jianguang Guo; Hui Zhu; Huitao Xu; Aidan Westwood; Xuanke Li;
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1. Spinnable Mesophase Pitch Prepared via Co-carbonization of Fluid Catalytic Cracking Decant Oil and Synthetic Naphthalene Pitch [J] . Energy & fuels . 2020,第2期

机译：流体催化裂化Dec油与合成萘沥青共碳化制得的可纺中间相沥青
2. Effects of olefins on mesophase pitch prepared from fluidized catalytic cracking decant oil [J] . Jiao Shouhui, Guo Aijun, Wang Feng, Fuel . 2020,第Feba15期

机译：烯烃对流化催化裂解沥青制备的中间相沥青的影响
3. Effects of electromagnetic irradiation on low-molecular-weight fraction of fluidized catalytic cracking decant oil for synthesis of pitch precursor [J] . Kim Doo-Won, Im Kyu-Kwan, Kim Hee Jou, Journal of industrial and engineering chemistry . 2020,第期

机译：电磁辐射对流化催化裂解油的低分子量分数，用于合成沥青前驱体
4. CO-CARBONIZATION OF SULFUR WITH SYNTHETIC MESOPHASE PITCH [C] . J. Narciso, H. Yang, Y. Korai, Carbon '01 . 2001

机译：硫与合成中间相沥青共碳化
5. Anomalous Effect of Spinning Conditions on the Mechanical and Transport Properties of Mesophase Pitch-Based Carbon Fibers [D] . Bermudez, Victor. 2019

机译：纺丝条件对中间相沥青基碳纤维力学和传输性能的异常影响
6. Preparation of mesophase pitch by aromatics-rich distillate of naphthenic vacuum gas oil [O] . Ming Li, Dong Liu, Hui Du, -1

机译：环烷减压瓦斯油富芳烃馏分油制备中间相沥青
7. Molecular Structure Control in Mesophase Pitch via Co-Carbonization of Coal Tar Pitch and Petroleum Pitch for Production of Carbon Fibers with Both High Mechanical Properties and Thermal Conductivity [O] . Jianguang Guo, Xuanke Li, Huitao Xu, 2020

机译：中间相沥青中的分子结构控制通过煤焦沥青和石油沥青的共碳化，用于生产碳纤维，具有高机械性能和导热性
8. Production of Mesophase Pitch by Supercritical Fluid Extraction [R] . Hochgeschurtz, T., Hutchenson, K. W., Roebers, J. R., 1993

机译：超临界流体萃取法生产中间相沥青

Spinnable Mesophase Pitch Prepared via Co-carbonization of Fluid Catalytic Cracking Decant Oil and Synthetic Naphthalene Pitch

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