:create-a-graphical-expermental-protocol-according-to-this-description-a-hybrid-silica-sol-was-prepared-by-mixing-the-precursor-materials-in-the-molar-ratio-etoh-h2o-teos-=-1.8181-and-placed-on-a-constant-temperature-magnetic-stirrer.-the-stirring-temperature-was-set-to-30°c-and-stirred-for-30-minutes.-two-orthosilicate-solutions-were-prepared-as-described-above.-take-one-of-the-drop-into-hydrochloric-acid,-till-the-solution-reaching-ph-=-2-and-another-drop-into-the-ammonia-until-its-ph-is-10.-then-place-them-respectively-at-constant-temperature-magnetic-stirrer-stirring,-setting-the-stirring-temperature-to-60°c.-stop-stirring-when-the-solution-viscosity-could-be-observed-increasingly-turning-into-a-jelly-condition.-the-ar-was-deposited-on-1-mm-thick-soda-lime-glass-slides-by-dip-coating-method.-withdrawal-rate-was-adjusted-to-400-2000-m/s.-glass-coated-with-film-was-placed-in-an-annealing-temperature-at-450°c-at-a-heating-rate-of-20-°c/min-and-annealed-for-1-hour.-the-mixtures-contained-a-etohh2oteospf127-=-1.81810.008.-another-does-not-add-pf127,-mixed-in-the-same-proportion-as-a-blank-control.-then-drop-them-into-ammonia-until-its-ph-is-10,-place-them-respectively-at-constant-temperature-magnetic-stirrer-stirring,-setting-the-stirring-temperature-to-60°c.-stop-stirring-when-the-solution-viscosity-could-be-observed-increasingly-turning-into-a-jelly-condition.-prepare-the-coating-according-to-the-previous-steps.: