किण्वविज्ञान-संबंधी इसके अंग्रेजी अर्थ का उदाहरण

Defines the system of coordinates used and the kinematics of objects in our galaxy.

In their paper, however, the authors remarked that though the results were approximate, the charm-strange excited mesons D_s(0^+,1^+) could be abnormally narrow (long-lived) since the principal decay mode, D_s(0^+,1^+)\rightarrow K+D_{u,d}(0^-,1^-), could be kinematically suppressed (or altogether blocked) owing to the mass of the kaon.

A linear motion bearing or linear stage having kinematic determinacy uses two V-grooves sliding on a cylinder, a flat surface sliding on a second parallel cylinder, and a flat surface joining the screw.

This gives kinematically-correct two-axis rotation about the center of the mirror.

Francophonie Kinemation was one of the first inverse kinematics packages for 3D computer animation, created for Wavefront Technologies' package The Advanced Visualizer (TAV).

The kinematics and dynamics of rotational motion around a single axis resemble the kinematics and dynamics of translational motion; rotational motion around a single axis even has a work-energy theorem analogous to that of particle dynamics.

This is a high proper motion star and a possible member of the η Cha stellar kinematic group.

The elephant's trunk is rigged with a skeleton and inverse kinematic (IK) curve.

Of the move to full 3D, Dochtermann points out the 3D engine allows for things not possible in the previous Myth games; "There's some very cool kinematics stuff.

Much progress has been made during the past decade, both numerically and experimentally, toward the understanding of the kinematics (dynamics) of VIV, albeit in the low-Reynolds number regime.

The kinematics and dynamics of rotation around a fixed axis of a rigid body are mathematically much simpler than those for free rotation of a rigid body; they are entirely analogous to those of linear motion along a single fixed direction, which is not true for free rotation of a rigid body.

This type of mount is designed according to the principles of kinematic determinacy.

The final term in each of these equations is a diffusion term, with the kinematic diffusion coefficient, \eta having units of distance squared per unit time, being the factor that multiplies the \nabla^2 \mathbf{B}.