mean square displacement मीनिंग इन हिंदी

उदाहरण वाक्य

1. Brownian motion generates expressions for the root mean square displacement of particles.
2. Einstein derived expressions for the mean squared displacement of particles.
3. This expresses the mean squared displacement in terms of the time elapsed and the diffusivity.
4. The mean squared displacement of each ion type is related to the diffusion coefficient for a particle undergoing Brownian motion.
5. For simple cell geometries, it is thus possible to calculate the mean squared displacement of the particles 2 > from the measured g 2-1 values analytically.
6. The second part of Einstein's theory relates the diffusion constant to physically measurable quantities, such as the mean squared displacement of a particle in a given time interval.
7. Random walk statistics describe the mean squared displacement of diffusing species in terms of the number of jumps " N " and the distance per jump " a ".
8. If ? is the instantaneous displacement of the surface from its average position, the mean squared displacement may be represented with a displacement spectrum " G " ( " k " ) as:
9. If the diffusing particles are hindered by obstacles or pushed by a force ( molecular motors, flow, etc . ) the dynamics is often not sufficiently well-described by the normal diffusion model, where the mean squared displacement ( MSD ) grows linearly with time.
10. Whereas the GNM is limited to the evaluation of the mean squared displacements and cross-correlations between fluctuations, the motion being projected to a mode space of N dimensions, the ANM approach permits us to evaluate directional preferences and thus provides 3-D descriptions of the 3N-6 internal modes.