You quit too easily
| Ok, well have it your way!
You want to know why the little red squares. Well I gave you this clue. Here is another. |
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The little x's are replaced with,
1, n, 2, x, and 4. I have more clues for you. Here is the next one. |
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The little x's are back.
White squares high to the left mark off diagonal rows. Diagonal row are thus labeled "H" and "He". If still want more clues, I have one more. |
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The diagonal rows labeled "H" and "He"
now have numerals along side them. If we were to set H-3 or Li-4 on the table, where would you set them? No more clues, cat is out of the bag. |
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The table cells containing H-1 and He-4 are marked off with a different background
color than the others H-2 and He-3. This distinguishes H-1 and He-4 as the most
common isotope of their respective elements. This display format allows for each
Nuclide (an atomic nucleus species of a specific composition of (Nucleons)) (either
a neutron or proton) to have a relative position in the table. The horizontal rows
comprise a set of nuclides with equal number of nucleons (Isobars). The table is
increased to include more nuclides by adding an additional row of isobars while
incrementing the number of nucleons by 1.
Thus The Incremental Table of Atomic Isobars. |
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To the right is
the simplest example of an isobar "row". |
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When a new row is added additional data can be inserted for your purposes. |
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You can choose to add radionuclides in the new rows or not. H-3 is marked off with a light magenta background color as radioactive. |
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Radionuclides of very short half-life can also be added if you choose. The short lived Li-4 and H-4 are marked off with white backgrounds to distinguish them as very unstable. |
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The table at left includes rank of abundance labels.
Nuclides in isobar rows are named most common isobar as isotopes for are elements. This can also distinguish a nuclide species as abundant itself. |
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See above you may have
noticed the background color of the H-2 cell has changed. This light yellow color is used to distinguish a nuclide as secondarily abundant. These many themes can coincide on the same table. Nuclides considered theoretical can be introduced as well. |
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At right is given the
example of the table in use to exhibit data. This HTML display format allows for you to introduce any data association you wish with ease. Nuclides can be marked off with color code as; Super Stable Ultra Stable Very Stable Stable Very long lived unstable Long lived unstable Medium half-life Short half-life Very short half-life Extremely short half-life |
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01/12/2011 Copyright © 2011 - Alain Lareau
All Rights Reserved unless with Writen Request.
alainelj@yahoo.com this page A20D
I have finalized this page and will make no further additions.
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