One-Pot Fabrication of Poly (Ionic Liquid)/TiO2 Composite as an Electrorheological Material With Enhanced Electro-Responsive Properties and Broader Operation Temperature Range

Poly (ionic liquid)/TiO 2 composite particles were fabricated using a facile one-pot synthesis method, in which the polymerization of ionic liquid monomer and hydrolysis precursor for TiO proceeded one system. The morphological properties observed by scanning electron microscope transmission microscope. chemical physical structures analyzed Fourier infrared spectrometer an X-ray diffractometer, respectively. It was found that particles, poly liquid) (PIL) spheres are embedded continuous phase, forming larger nonspherical ∼10 microns. rheological PIL PIL/TiO dispersed silicone oil measured rotational rheometer with high-power supply. At same electric field, showed higher shear stress elastic modulus than pure at field. In addition, compared work temperatures, up to 100°C.