例句與造句

1. The nonrelativistic formulation is traditionally given in terms of particle paths, not fields.
2. In a microtron, due to the electrons'increasing momentum, the particle paths are different for each pass.
3. In a moving vortex, the particle paths are not closed, but are open, loopy curves like solenoidal.
4. The tracker needs to record particle paths accurately yet be lightweight so as to disturb the particle as little as possible.
5. The field representation is a sum over all field configurations, and the particle representation is a sum over different particle paths.
6. It's difficult to find particle path in a sentence. 用particle path造句挺難的
7. The path integral in this case is the analog of a sum over particle paths, not of a sum over field configurations.
8. A Feynman diagram is a contribution of a particular class of particle paths, which join and split as described by the diagram.
9. Nevertheless, an analysis of the theoretical justification of the space-time approach shows that its success does not imply that particle paths need be taken seriously.
10. It is used in the calculation of particle paths in circular particle accelerators ( like synchrotrons ), and for astronomical objects that are bound by gravitation.
11. We've learned to go from the ray tracing of the trajectories or particle paths of the classical mechanics of the 19th century to the wave mechanics of the 20th century.
12. The maximum energy that a cyclic accelerator can impart is typically limited by the maximum strength of the magnetic fields and the minimum radius ( maximum curvature ) of the particle path.
13. Unlike in a cyclotron, synchrotrons are unable to accelerate particles from zero kinetic energy; one of the obvious reasons for this is that its closed particle path would be cut by a device that emits particles.
14. In reality, for finite values of the wave amplitude ( height ), the particle paths do not form closed orbits; rather, after the passage of each crest, particles are displaced slightly from their previous positions, a phenomenon known as Stokes drift.
15. Microscopic energy deposition from highly ionizing particles consists of a core radiation track due to direct ionization's by the particle and low energy electrons produced in ionization, and a penumbra of higher energy electrons that may extend 100's of microns from the particles path in tissue.
16. Between the straws, materials with widely varying relativistic particles ( those with a speed very near the speed of light ), and because particles of a particular energy have a higher speed the lighter they are, particle paths with many very strong signals can be identified as belonging to the lightest charged particles : electrons and their antiparticles, positrons.