Ferman's Cosmos Model Molecular Porosity Table

Table of Porosity   Ferman Published 6-6-2003   Tabla de Porosidad                                                              Elements                                                   Atomic Weight    Density     Porosity coefficient                                                        Peso atómico      Densidad      Coeficiente de porosidad

Li  Na K   Rb  Be Mg  Ca BA B  Al  Ga In C   Si    Ge  Sn S    Se  Te Br  I     Fe  Ni   Cu Ag Pt   Au Hg Pb U

Litium          Sodium       Potassium Rubidium   Beryllium     Magnesium Calcium Barium  Boron    Aluminium Gallium Indium Carbon  Silicon Germanium Tin Sulphur Selenium Tellurium Bromine   Iodine    Iron     Nickel    Copper  Silver     Platinum Gold      Mercury Lead       Uranium

Litio      Sodio   Potasio Rubidio Berilio Magnesio Calcio Bario Boro  Aluminio Galio Indio Carbono Silicio Germanio Estaño Azufre Selenio Teluro Bromo  Yodo Hierro Níquel Cobre Plata Platino Oro Mercurio Plomo Uranio

0,72 1,33 2,54 3,12 0,27 0,77 1,44 2,17 0,25 0,54 0,66 0,87 0,30 0,67 0,78 0,90 0,90 0,91 1,14 1,42 1,42 0,40 0,37 0,39 0,56 0,50 0,57 0,82 1,00 0,70

7 23 39 86 9 24 40 137 11 27 70 115 12 28 73 119 32 79 128 80 127 56 59 63 107 195 197 201 207 238

0,535 0,968 0,856 1,532 1,848 1,738 1,550 3,510 2,460 2,781 5,904 7,310 2,267 2,330 5,232 7,310 1,960 4,810 6,240 3,119 4,940 7,900 8,800 8,900 10,500 21,500 19,300 13,600 11,600 18,700

MOLECULES

Water Diamond Graphyte Fullerene Benzene Ethanol Salt

................................ ............................... ................................ ................................ ................................ ................................ .................................

Agua Diamante Grafito Fullerene Benceno Etanol Sal

1.--- 0,21 0,30 0,42 0,83 1,08 0,75

At first, from the porosity coefficient some deduction could take out: --Atoms have bigger volume when their atomic weights are bigger. --Also we can see that the gravitational layers influence in the atoms porosity, because in their proximities, the coefficient is bigger and therefore atoms are more separate some of others, as we can see in the drawing.

Rubidium  3,12           Lead   1               Water    1                  Boron  0.25

You need Java to see this applet.

Next--> Dimensions of atoms

<<<  Home

<<<<Anterior :  Molecular Porosity