Dual solutions for heat and mass transfer in MHD Jeffrey Fluid in the presence of homogeneousheterogeneous reactions

Keyphrases

• Heat Mass Transfer 100%
• Concentration Profile 100%
• Dual Solutions 100%
• Homogeneous-heterogeneous Reactions 100%
• Jeffrey Fluid 100%
• Induced Magnetic Field 66%
• Heat Transfer Rate 33%
• Homogeneous-heterogeneous 33%
• Field Temperature 33%
• Thermally Induced 33%
• Temperature Profile 33%
• Local Nusselt number 33%
• Deborah number 33%
• Friction Factor 33%
• Nonlinear Thermal Radiation 33%
• Magnetic Field Profile 33%
• Field Concentration 33%
• Two-dimensional Incompressible Flow 33%
• Magnetic Concentration 33%
• Heterogeneous Profiles 33%
• Similarity Variable 33%
• Governing Equations 33%
• Runge Kutta 33%
• Kutta Methods 33%
• Pertinent Parameters 33%
• Newton Method 33%
• Jeffrey Fluid Flow 33%
• Stretching/shrinking Surface 33%

Engineering

• Magnetohydrodynamic Generator 100%
• Concentration Profile 100%
• Heat And Mass Transfer 100%
• Magnetic Field 66%
• Heterogeneous Reaction 66%
• Two Dimensional 33%
• Similarities 33%
• Fluid Flow 33%
• Heat Transfer Rate 33%
• Local Nusselt Number 33%
• Deborah Number 33%
• Thermal Radiation 33%
• Newton's Method 33%
• Temperature Profile 33%
• Friction Factor 33%
• Induced Velocity 33%
• Dimensional Incompressible Flow 33%
• Runge-Kutta Method 33%

Mathematics

• Dual Solution 100%
• Concentration Profile 100%
• Magnetic Field 66%
• Runge-Kutta Method 33%
• Nusselt Number 33%
• Heat Transfer Rate 33%
• Incompressible Flow 33%
• Newton's Method 33%
• Friction Factor 33%
• Shrinking Surface 33%