Objective To investigate the effects of steady shear flow on the deformation properties of an adherent leukocyte and its nucleus.
These high-energy gamma rays, detected by Fermi’s Large Area Telescope (LAT), have wavelengths one-thousandth the size of an atomic nucleus.
Other ideas include building a detector to see if the spin of an atomic nucleus can be measured, or using the technique as an ultrasensitive antenna.
Private property is the nucleus of capitalism, of course, so the plan to legitimize it here in a country of slogans like "socialism or death" strikes many Cubans as jaw-dropping.
As you can see, the galaxy has more than one nucleus!
So, for example, if I have a sodium ion over here, and I have a chloride ion over here, where the distance from center to center r I'm denoting as r, this is nucleus to nucleus separation.
For example, when we're talking about radial probability distributions, the most probable radius is closer into the nucleus than it is for the s orbital.
This is the lithium nucleus plus electron.
The zygote has a fixed complement of genetic information in its nucleus.
In spiral galaxies, majestic winding arms of young stars, gas, and dust rotate in a flat disk around a bulging galactic nucleus.
We have a helium nucleus and one electron.
Remarkably, rough areas at both ends of the elongated nucleus are joined by a narrower, smooth waist.
Heck, he deserves to have his name on the board, Marsden So, Marsden concluded by his analysis that the radius of the nucleus, and this is Rutherford, by the way, coining this term.
It has been known for some time that outside the bright nucleus of a typical spiral galaxy luminosity falls off rapidly with distance from the center.
The atomic center is the nucleus, and the electronics winds revolve it.
Lovely children made up the nucleus of the nursery.
And so, the radial probability density at the nucleus is going to be zero, even though we know the probability density at the nucleus is very high, that's actually where is the highest.
What I just spent many lectures discussing is the fact that we can not know how far away an electron is from the nucleus, so we can't actually know the radius of a certain atom.
They lie outside the nucleus that houses the main human genome, and because there may be hundreds of them in each cell, their DNA is particularly easy to detect.
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