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   Oxygen-O atom structure  
  This like “simple” formation” is the most sophisticated
  creation.  
    
  Wave theory-United nature theory 
    
  For understand atomic structure we must  
  to team up laboratory and nature observations. 
    
    
  Tejman Chaim Henry Dr. 
    
  OAtomic
  Number:8  
  ·                    
  Group:
  16  
  ·                    
  Period:
  2  
  ·                    
  Series: Nonmetals 
  Structure of Oxygen 
  ·                    
  Atomic
  Radius: 0.65Å
   
  ·                    
  Atomic
  Volume: 14cm3/mol
   
  ·                    
  Covalent
  Radius: 0.73Å
   
  ·                    
  Cross
  Section (Thermal Neutron Capture)  a/barns: 0.00019  
  ·                    
  Crystal
  Structure: Cubic  
    
  ·                    
  Electron Configuration:  
  1s2 2s2p4 
  ·                    
    
  ·                    
  Electrons per Energy
  Level: 2,6  
  Shell
  Model 
    
    
  
    
  ·                    
  Ionic
  Radius: 1.4Å
   
  ·                    
  Filling
  Orbital: 2p4  
  ·                    
  Number of Electrons
  (with no charge): 8  
  ·                    
  Number of Neutrons
  (most common/stable nuclide): 8  
  ·                    
  Number of Protons: 8  
  ·                    
  Oxidation
  States: -2,-1  
  ·                    
  Valence
  Electrons: 2s2p4  
  Electron
  Dot Model 
    
  Chemical Properties of Oxygen 
  ·                    
  Electrochemical
  Equivalent: 0.29847g/amp-hr  
  ·                    
  Electron
  Work Function:  
  ·                    
  Electronegativity: 3.44 (Pauling); 3.5 (Allrod Rochow)  
  ·                    
  Heat
  of Fusion: 0.22259kJ/mol  
  ·                    
  Incompatibilities:  
  oxidizable materials 
  ·                    
  Ionization Potential  
  o                 
  First: 13.618  
  o                 
  Second: 35.117  
  o                 
  Third: 54.934 
  ·                    
  Valence
  Electron Potential (-eV): -20.6  
    
  Physical Properties of
  Oxygen 
  ·                    
  Atomic
  Mass Average: 15.9994  
  ·                    
  Boiling
  Point: 90.33K
  -182.82°C
  -297.08°F
   
  ·                    
  Coefficient
  of lineal thermal expansion/K-1: N/A  
  ·                    
  Conductivity  
  Electrical:  
  Thermal: 0.0002674 W/cmK 
  ·                    
  Density: 1.429g/L @ 273K & 1atm  
  ·                    
  Description:  
  Colorless, odorless,
  tasteless gas  
  ·                    
  Enthalpy of Atomization: 249.4 kJ/mole @ 25°C  
  ·                    
  Enthalpy of Fusion: 0.22 kJ/mole  
  ·                    
  Enthalpy of Vaporization: 3.41 kJ/mole  
  ·                    
  Flammablity Class: Non-flammable gas (Oxidizer)  
  ·                    
  Freezing Point: see melting point  
  ·                    
  Heat
  of Vaporization: 3.4099kJ/mol  
  ·                    
  Melting
  Point: 50.5K
  -222.65°C
  -368.77°F 
  ·                    
  Molar Volume: 14 cm3/mole
   
  ·                    
  Optical Refractive Index: 1.000271 (gas) 1.221 (liquid)  
  ·                    
  Pysical State (at 20°C & 1atm): Gas  
  ·                    
  Specific
  Heat: 0.92J/gK  
  o                 
  Discoverer: Joseph Priestley, Carl Wilhelm Scheele  
  o                 
  Discovery Location: Leeds England (Priestley)/Uppsala Sweden (Scheele)  
  o                 
  Discovery Year: 1774  
  o                 
  Name Origin:  
  Greek: oxus (acid) and
  gennan (generate). 
  §              
  Atmosphere/p.p.m.: 209500  
  §              
  Sun
  (Relative to H=1E12):
  N/A 
  o                 
  Sources of Oxygen:  
  Obtained primarily
  from by liquification and then fractional distillation of the air. Annual
  world wide production is around 100,000,000 tons. 
  o                 
  Uses of Oxygen:  
  Forms almost 21% of
  atmosphere. Used in steel making, welding, water purification, cement. It is
  also required for supporting life and combustion. 
  o                 
  Additional Notes:  
  Oxygen is the most
  abundant element on the surface of the earth. 
    
  http://environmentalchemistry.com/yogi/periodic/N.html 
   
  l  
    
  
   
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     The structure of like  
    H. Atom  
    I describe  on 
    Basis M-51 galaxy.  
    Small and large      formations must have  
    The same behavior.  
    {A. Einstein} 
    This galaxy
    clearly 
    show two different swirls connected by two energetic
    path and is completely independent wave 
    {Quantum} formation. 
      
      
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  The structure of like H. Atom   
  
  Helium atom  
  Lithium atom structure    
  
  Beryllium atom structure 
    
  
    
  See H, He, Li atoms {Tejman}. 
    
    
  
  Beryllium atom structure   
    
    
  
  Boron atom structure 
    
  
  Boron atom structure  
    
  
  Carbon atom structure  
    
    
  
   Carbon atom structure  
    
  Nitrogen atom 
    
  
  Oxygen atom    
    
    
  
    
  Every atom-quantum is composed by two perpendicular  
  sem-loops: electric and magnetic.   
  
    
    
  Summary:  
  Every atom-quantum-wave formation {bubble -10
  dimensions} is composed by two swirls {electric and magnetic} connected by
  energetic paths.  
  This like “simple” formation” is the most sophisticated
  creation.  
    
  © Copyright:  Dr.
  Tejman Chaim, Henry August 2007 
    
  http://www.grandunifiedtheory.org.il/ 
  The theory of everything 
                                                                                                     
    
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