Abstract:Density functional theory calculations have been made to investigated the adsorption and sensing properties of harmful nitrogen oxides (NO, NO2) on rhodium (Rh) doped hexagonal boron nitride (BN) to explore the feasibility of Rh-doped BN (Rh-BN) based gas sensor. For each gas molecule, various adsorption positions and orientations were examined. The favorable adsorption configuration has been established and the corresponding adsorption energy has been calculated. Besides, to understand the adsorption mechanis… Show more
“…However, many types of research have shown that nanouid can effectively change the wettability of the rock. [23][24][25][26][27][28] Caili Dai et al 29 prepared a new kind of selfdispersing silica nanoparticle and used it to enhance oil recovery in spontaneous imbibition experiments of lowpermeability cores. The excellent performance of nanouids was attributed to the fact that nanouids could signicantly change the wettability of rocks.…”
“…However, many types of research have shown that nanouid can effectively change the wettability of the rock. [23][24][25][26][27][28] Caili Dai et al 29 prepared a new kind of selfdispersing silica nanoparticle and used it to enhance oil recovery in spontaneous imbibition experiments of lowpermeability cores. The excellent performance of nanouids was attributed to the fact that nanouids could signicantly change the wettability of rocks.…”
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