anisole
2.Powder TP (PTP), oil-soluble TP(OSTP) and Butylated Hlydroxy Anisole+Butylated Hlydroxy Toluene (BHA+BHT) are evaluated as antioxidant in lard oil and soybean oil using AOM.
3.p-Amino anisole as a raw material, 1,2-dichloroethane as a solvent, through the reactions of acylation, nitration and hydrolysis, Fast Bordeaux Base GP (C.I.Azoic Diazo Component 1, C.I. 37135) was synthesized. The overall yield of the product was>76.57% and solvent recovery was about 95%.
4.The catalysts of rare earth(Ⅲ) perfluorooctanesulfonates(RE(OSO_(2)C_(8)F_(17))_(3),RE=Sc,Y,La～Lu) had been prepared and Friedel-Crafts acylation anisole with Ac_2O on RE(OSO_(2)C_(8)F_(17))_(3) catalysts in (fluorous) biphasic systems were investigated.
5.It can be concluded from these results that anisole reacts with the reduction product of EC and DEC, RCO 3Li, in the first process of Li + intercalating into the carbon electrode. The obtained CH 3OLi is helpful in building up a more effective and stable SEI of the carbon electrode, reducing the cointercalation of solvent molecular. All these contribute to the improvement of the cycle performance of lithium-ion battery.
6.DPC and the related compounds, as well as DPO and the related compounds, were well separated through an OV-101 chromatographic column. The synthesis of DPO was carried out over catalysts with Lewis acid and molecular sieves such as TS-1, H-ZSM-5 and Hβ. It was observed that the by-product anisole could be produced via a methylation of phenol with DMO.
7.The HECMC based TSM sensor possesses good reproducibility, high stability and short response time with the linear range of 0.016 ～25.406 mg/L and a low detection limit down to 0.007 mg/L of anisole vapour when coated with 4 3 μg of HECMC. The sensitivity is 43.80 Hz/(mg·L-1) under 30 ℃±0.5 ℃.
