
chapter11
... The direction of the angular momentum is changing The precessional motion is the motion of the symmetry axis about the vertical The precession is usually slow relative to the spinning motion of the top ...
... The direction of the angular momentum is changing The precessional motion is the motion of the symmetry axis about the vertical The precession is usually slow relative to the spinning motion of the top ...
Introduction to the Engineering Design Process
... they are pointing along the positive or negative x or y axis F = Fxi + Fyj (Cartesian vector form) F’ = F’x(-i) + F’y(-j) = - F’x(i) - F’y(j) The magnitude of each component of F is always a positive quantity, represented by the scalars Fx and Fy The magnitude of F is given in terms of its component ...
... they are pointing along the positive or negative x or y axis F = Fxi + Fyj (Cartesian vector form) F’ = F’x(-i) + F’y(-j) = - F’x(i) - F’y(j) The magnitude of each component of F is always a positive quantity, represented by the scalars Fx and Fy The magnitude of F is given in terms of its component ...
topical
... neoclassical ion thermal transport has remained anomalous • In a rotating plasma impurities will undergo poloidal redistribution • Including this effect, general expressions for particle, heat and angular momentum fluxes derived for mixed collisionality plasma • At conventional aspect ratio, with im ...
... neoclassical ion thermal transport has remained anomalous • In a rotating plasma impurities will undergo poloidal redistribution • Including this effect, general expressions for particle, heat and angular momentum fluxes derived for mixed collisionality plasma • At conventional aspect ratio, with im ...