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Revision of Recent Trends in Microscopy, by Sundararaman M

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Reyleigh-Schrodinger Perturbation Methods and Adiabatic Switching, by P.C. Deshmukh

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ReynoldÃ?”dquo;?s Averaged Navier Stokes Equation – I, by Saptarshi Basu

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ReynoldÃ?”dquo;?s Averaged Navier Stokes Equation – II, by Saptarshi Basu

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Reynolds Equation, by Harish Hirani

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RF Conductivity of Plasma Contd, by V.K. Tripathi

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RF Conductivity of Plasma, by V.K. Tripathi

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Rheology and Thermal Characterization of Machining/Cutting Fluids, by Mamilla Ravi Sankar

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Rheology of Complex Fluids, by Prateek Kumar Jha

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Rheometers and Rheological Tests-I, by Prateek Kumar Jha

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Rheometers and Rheological Tests-II, by Prateek Kumar Jha

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Right Cauchy Green Deformation Tensor, by U. Saravanan

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Rigid Body Dynamics XIX: Understanding Demonstrations Shown Earlier Using Equation of Motion, by Manoj K Harbola

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Rigid Body Dynamics XX-Understanding Demonstrations Shown Earlier Using Equation of Motion (Euler Equations), by Manoj K Harbola

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Rigid Body Dynamics XXI-Euler Equations, Solved Examples, by Manoj K Harbola

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Rigid Body Motion -IX (Fixed Axis Rotation) : Solved Examples, by Manoj K Harbola

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Rigid Body Motion I-Degrees of Freedom and Number of Variables Required to Describe Motion of a Rigid Body, by Manoj K Harbola

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Rigid Body Motion II-Equation of Motion for a Single Particle in Terms of Angular Momentum and Torque; Motion of a Conical Pendulum, by Manoj K Harbola

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Rigid Body Motion III-Conservation of Angular Momentum; Angular Momentum for a Collection of Particles, by Manoj K Harbola

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Rigid Body Motion IV-Applying Angular Momentum Conservation, a Solved Example, by Manoj K Harbola

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Rigid Body Motion V (Fixed Axis Rotation)-Some Demonstrations of Conservation of Angular Momentum about Fixed Axis, by Manoj K Harbola

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Rigid Body Motion VI (Fixed Axis Rotation)-Some more Demonstrations and Related Problems, by Manoj K Harbola

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Rigid Body Motion VII (Fixed Axis Rotation)-Kinetic Energy and Moment of Inertia for Fixed Axis Rotation and some Solved Examples, by Manoj K Harbola

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Rigid Body Motion VIII (Fixed Axis Rotation)-Solved Examples for Calculating Moment of Inertia and Conservation of Angular Momentum, by Manoj K Harbola

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Rigid Body Motion X-Rotation and Translation with Axis Moving Parallel to itself, by Manoj K Harbola

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Rigid Body Motion XI-Solved Examples for Rotation and Translation with Axis Moving Parallel to itself, by Manoj K Harbola

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Rigid Body Motion XVII – a Review of the Relation between Angular Momentum and Angular Velocity, Moment of Inertia Tensor and the Principal Axes Edit Lesson, by Manoj K Harbola

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Rigid Body Motion XVIII-Solved Examples for Calculating Rate of Change of Angular Momentum and Torque when Angular Velocity and Angular Momentum are not Parallel, by Manoj K Harbola

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Rigid-Body Dynamics XII-Some Demonstrations on General Motion of Rigid Bodies, by Manoj K Harbola

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Rigid-Body Dynamics XIII-Infinitesimal Angles as Vector Quantities and Change of a Vector when Rotated by an Infinitesimal Angle, by Manoj K Harbola

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Rigid-Body Dynamics XIV-Angular Velocity and the Rate of Change of a Rotating Vector; Relating Change in Angular Velocity to an Applied Torque, by Manoj K Harbola

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Rigid-Body Dynamics XV-Relationship between Angular Momentum and Angular Velocity – the Moment of Inertia Tensor and the Principal Axes, by Manoj K Harbola

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Rigid-Body Dynamics XVI: Solved Examples, by Manoj K Harbola

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Risk and Probabilistic Safety Analysis (PSA), by G.Vaidyanathan

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Rocket Nozzles : 1D Analysis I, by P.A. Ramakrishna

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Rocket Nozzles : 1D Analysis II, by P.A. Ramakrishna

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Rocket Nozzles : 1D Analysis III, by P.A. Ramakrishna

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Rocket Nozzles : Real Effects I, by P.A. Ramakrishna

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Rocket Nozzles : Real Effects II, by P.A. Ramakrishna

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Rocket Nozzles : Thrust Vectoring, by P.A. Ramakrishna

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Role of Crack Size, by Rajesh Prasad

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Rolling Element Bearings (Contd) …, by Harish Hirani

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Rolling Element Bearings (Contd), by Harish Hirani

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Rolling Element Bearings, by Harish Hirani

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Room Constant, and Sabine’s Coefficient, by Nachiketa Tiwari

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Rotation Operator and Invariance of Angular Momentum, Parity, by Saurabh Basu

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S Matrix and Free Electron Green’s Function, by Saurabh Basu

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Sadi Carnot and the Second Law, by M.S. Ananth

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Safety Approach, by G.Vaidyanathan

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Safety Practices in Indian NPPs Cont, by G.Vaidyanathan

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