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SolidWorks pre-built Part:  88-Ra-Radium-Contributing – Single-Use 1-year Royalty (All other rights reserved.  All copyrights, patents pending, and trademarks of E Arno Vigen.)

Electron Configuration:

                Pauli / Aufbau                             1s2, 2s2, 2p6, 3s2, 3p6, 4s2, 3d10, 4p6, 5s2, 4d10, 5p6, 6s2, 6p6, 4e10, 3f14, 7p2

                AVSC                                             1m2, 2m2, 2c6, 3m2, 3f6, 4m2, 4t6, 4u10, 5m1, 5t6, 5u10, 6m2, 6t5, 6u10, 6v14, 7m2

Nucleomagnetics Axis Angle:                               0.0 degrees

Bonding Angle:                                                           degrees

Electron Settling Distance:                                                                          

Covalent Bond ½ Distance – Contributing:

Covalent Bond ½ Distance – Receiving:                   n/a


Particle Level Chemical Engineering – Bonds and Chemical Reactions in 3D

All AVSC Scrunched Cube Engineering Tools use:

-          Electron Settling Positions based upon the Scrunched Cube and 1/3/5/7/7/5/3/1 axis-equator-axis settling position filing logic


-          Repulsion Zones – Translucent, penetrable for each Electron with size/force based upon distance from exterior


-          Contributing Connectors with SW-Spring to document tensions


-          Receiving Connectors with SW-Spring as Nucleomagnetics Axis Angle (and thereby Bonding Angles)


-          Combinations of Nucleus-Electron, Receiver, and Contributor lengths such that total equals Covalent Bonding Distance


Remember for Chemical Reaction and Molecule Assembly we recommend using SW-Parts.

Remember for Particle Physics we recommend using SW-Assemblies.

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