flushing system for TiCl4 refining apparatus using refined TiCl4

• 1. 氢精制设备和使用氢精制设备的氢精制系统 [P] . 中国专利： CN107324282A . 2017-11-07
• 2. 一种盐水精制澄清设备及盐水精制处理系统 [P] . 中国专利： CN213347889U . 2021-06-04
• 3. flushing system for TiCl4 refining apparatus using refined TiCl4 [P] . 韩国专利： KR102148785B1 . 2020-08-27

  机译： 使用精制TiCl4的TiCl4精制设备的冲洗系统

• 4. flushing system for TiCl4 refining apparatus using inert gas [P] . 韩国专利： KR102123410B1 . 2020-06-16

  机译： 惰性气体的TiCl4精制设备的冲洗系统

• 5. flushing system for TiCl4 refining apparatus using inert gas [P] . 韩国专利： KR1021234100000B1 . 2020.06.16

• 1. An Efficient System TiCl4-Al for the HomocouplingrnReaction of Aromatic Aldehydes [J] . 高等学校化学研究（英文版） . 2000,第004期
• 2. New Smelting Process for Titanium: Magnesiothermic Reduction of TiCl4 into Liquid Bi and Subsequent Refining by Vacuum Distillation [J] . Yuya Kado, Akihiro Kishimoto, Tetsuya Uda Metallurgical and Materials Transactions B . 2015,第1期
• 3. Erratum: Stereoselective synthesis of piperidinone and quinolinone systems via ring opening reactions using Ticl4/Silyl reagents [Clinical Radiology 67(23) (2011) 4212-4220] [J] . Muthusamy S., Gangadurai C., Krishnamurthi J., Tetrahedron . 2011,第41期
• 4. Erratum: Stereoselective synthesis of piperidinone and quinolinone systems via ring opening reactions using Ticl4/Silyl reagents [Clinical Radiology 67(23) (2011) 4212-4220] [J] . Muthusamy S., Gangadurai C., Krishnamurthi J., Tetrahedron . 2011,第41期
• 5. Copolymerization of indene with dicyclopentadiene under the action of the catalyst system TiCl4-AlEt2Cl [C] . Lyapkov A. A., Ionova E. I., Zyabbarova E. B., 2012 7th International Forum on Strategic Technology. . 2012
• 6. MATHEMATICAL MODELS FOR PLANNING THE PRODUCTION, REFINING AND MARKETING OF CRUDE OIL AND REFINED PETROLEUM PRODUCTS (GOAL PROGRAMMING, CHANCE CONSTRAINED, ACTIVITY ANALYSIS). [D] . AL-FARAJ, TAQI NASER. 1986
• 7. A Complexed Initiating System AlCl3·Phenetole/TiCl4·H2O with Dominant Synergistic Effect for Efficient Synthesis of High Molecular Weight Polyisobutylene [O] . Yulong Jin, Liang Chen, Xing Guo, 2019
• 8. COORDINATION POLYMERIZATION OF OLEFINS: CATALYST STUDIES. PART I. THE INFRARED SPECTROSCOPIC INVESTIGATION OF THE SYSTEMS (CH3)3Al–TiCl4 AND (CH3)2Zn–TiCl4 [O] . A. P. Gray, A. B. Callear, F. H. C. Edgecombe 1963

• 1. TiCl4处理次数对TiCl4/MgCl2催化剂性能的影响 [J] . 高富堂 ,夏先知 ,毛炳权 . 石油化工 . 2010,第001期
• 2. Propylene Polymerization by TiCl4 Supported onMg(OEt)2 Activating with Ethanol/CO2 System [J] . 无 . 应用化学 . 2001,第005期
• 3. TiCl4/Al(Et)3催化混合C10烯烃合成中黏度PAO基础油的研究 [J] . 李洪鹏 ,徐显明 ,赵思萌 . 精细石油化工进展 . 2021,第002期
• 4. 精TiCl4生产工艺中有机物杂质对海绵钛质量的影响对比 [J] . 徐亚 ,冯界 . 世界有色金属 . 2021,第014期
• 5. 高含钒TiCl4脂肪酸精制除钒工艺研究 [C] . Li Liang ,李良 ,Zhou Li . 2018第五届钛产业前沿技术交流会 . 2018
• 6. 精制棉废水中COD和色度治理方案的优化——以江苏如东某精制棉企业为例 [A] . 杨宗栋 . 2010