| PERIODIC PAIRED NEUTRON TABLE OF ELEMENTS |
| Copyright 1993, 1997, Jan 18. 2003 by Gerald E. Mowery No Claim made on Government Information |
|
| RETURN TO YOUR FAVORITE SEARCH ENGINE |
 |
= = 15 = = = = = = = = = = = = = = = = = |
===== . 12 ===== . 14 ===== . 16 ===== . 23 ===== . 20 ===== . 22 ===== |
= = 19 = = = = = = = = = = = = = = = = = = |
| ALUMINUM 26.9815 SILICON 28.086 PHOSPHORUS 30.9738 SULFUR 32.064 CHLORINE 35.453 ARGON 39.948 |
| 2(2-8-3--(26) d-1 = 27 2(2-8-4--(28) 0-1-2 = 28-29-30 2(2-8-5--(30) d-1 = 31 2(2-8-6--(32) 0-2-3-4 = 32-34-35-36 2(2-8-7--(34) d-1-3 = 35-37 292-8-8--(36) 0-2-4 = 36-38-40 |
===== . 14 ===== . 16 ===== . 18 ===== . 20 ===== . 22 ===== . 24 ===== |
===== O 16 ===== . 18 ===== Ne 20 ===== . 22 ===== Mg 24 ===== . 26 ===== |
===== O 17 ===== F 19 ===== Ne 21 ===== Na 23 ===== Mg 25 ===== Al 27 ===== |
===== O 18 ===== . 20 ===== Ne 22 ===== . 24 ===== Mg 26 ===== . 28 ===== |
===== . 20 ===== . 22 ===== . 24 ===== . 26 ===== . 28 ===== . 30 ===== |
===== . 22 ===== . 24 ===== . 26 ===== . 28 ===== . 30 ===== . 32 ===== |
| CHEMISTRY Each element consists of a specific number of neutrons -- whose atomic mass correlates to an isotope and therefore to an element. The unit called a GEMOTOPE CONSISTS OF A NEUTRON WITH orbiting electrons and NEUTRON with non orbiting electrons. A COMPACT NEUTRON UNIT HAS A SPECIFIC NUMBER OF NEUTRONS and progressesses in a periodic manner. This compact Neutron unit may expand into several elements. |
| LEGEND |
| LEGEND |
| THIS TABLE ILLUSTRATES THE PERIODIC ATOMIC MASS PROGRESSION OF GEMOTOPES (ISOTOPES) AND THE COMPOSITION WITHIN EACH ELEMENT. FLUORINE HAS ONLY an ODD AMOUNT UNIT, WHILE OXYGEN HAS AN ODD AMOUNT UNIT, SURROUNDED BY EVEN AMOUNT ISOTOPES. THIS PATTERN IS PREVALENT WITH VERY FEW EXCEPTIONS THROUGHOUT THE ENTIRE PERIODIC LIST OF ELEMENTS. |
| THE TABLE BELOW ILLUSTRATES AN ELEMENTS PAIRED CONFIGURATION AND CORRELATION TO MEASURED ATOMIC MASS. ILLUSTRATION: SILICON Adding Configuration figures together and multiplying by two equals Paired Atomic number. Adding 0 or 1 or 2 neutrons(non orbiting electrons) , results in an isotopes atomic mass. The application of abundance % predicts the Elements Atomic Mass |
===== H 1 ===== T 3 ===== He 5 |
===== . 0 ===== D 2 ===== He 4 |
===== H 2 ===== . 4 ===== . 6 |
| HYDROGEN TRITIUM HELIUM |
| 1 0 = 1 2(1)--2 0-1-2 = 2-3-4 2(2)--4 0 = 4 |
| LINKS BELOW FOR OTHER STUFF |
| LEGEND AND CORE UNIT |
 |