RETRACTED ARTICLE: Modeling of nanomaterial transportation over a sheet with involving MHD effect

Current modeling is presented to simulate the impression of magnetic forces and radiation cooling sheet. The testing fluid mixture copper oxide H2O due low fraction, homogeneous model was imposed. Terms were involved in energy momentum equations. After converting partial equation final forms, RK4 implemented find solution. Outputs illustrated view profiles. Impose Lorentz force can decline f increase θ. Such prevent nanomaterial migrate temperature boundary layer augments. Value declines about 6.4% with augment M. Impact λ on profiles augments as η increases. θ reduces 78.79% but 131.8% when = 2. Rise result increasing Rd become more obvious influence n opposite that Rd. Cf rise 199.2% M 0.1 it 53.97% 12. Thinner appears which provide greater Nu. At 12, Nu 49.37% λ. Inclusion makes reduce 27.25% 0.1. 64.75% owing reduction gradient. As augments, 206.37% absence field.