I've been experimenting with my own N-body simulation and I've found a seemingly unsolvable problem. When 2 particles cross paths exactly the peak velocity varies according to how close they are at their closest point and they either fly off the screen or slow right down, I can add an ...
Tags Peak Velocity Replies: 11 Forum: Mechanics M Why does an object fall in the same time as it takes to reach a peak Homework Statement A kangaroo jumps a height of 2.8m. How long was it in the air? Homework Equations v=v0+at x=x0+v0t+(1/2)at^2 v^2=v0^2+2aΔx...
TIGER observations of the low and high velocity components of NGC 1275. New Astron. 2, 345–363 (1997) ADS Google Scholar Okajima, T. et al. First peek of ASTRO-H Soft X-ray Telescope (SXT) in-orbit performance. Proc. SPIE 9905, 99050Z (2016) Google Scholar Cash, W. Parameter ...
Velocity interferometry measurements at the interface between GGG samples and LiF windows, together with impact pins, were used to measure transmitted shock and particle velocities. The measured elastic limits were strongly dependent on the impact stresses for both GGG orientations, and ranged from 13...
The really weird thing, however, is the way the probability calculations work, which does *not* correspond to normal probability mathematics. Anyway, this is enough orientation that you should be able to start reading intro quantum mechanics material, provided you know enough math, which you ...
We applied d = 0.01 in the calculations because the studied earthquakes were all interplate earthquakes except for the 1933 CE Showa–Sanriku earthquake, which was an outer-rise earthquake within the subducting plate. However, we used the same d value for the 1933 CE Showa–Sanriku ...
The contributions of a few mass-transfer processes in a column, i.e., axial dispersion, fluid-to-particle mass-transfer, and intraparticle diffusion, to h were separately evaluated. It was demonstrated that peak spreading phenomena in liquid chromatography could be numerically analyzed under various...
where 𝑑2d2 is the fiber material second-order dispersion, 𝑉𝑔Vg is the group velocity of the pulse propagating in the fiber without FBGs, 𝜅=2𝜋𝑚/𝜆0κ=2πm/λ0 is the coefficient describing the coupling between the forward and backward waves, 𝜆0λ0 is the central opti...