Chemical Binding Forces |
Contents
Outline for the Graduate Seminar by K Fajans | 2 |
Diatomic Molecules | 10 |
Asymmetrical Formulations of Quanticules vs Resonance | 20 |
15 other sections not shown
Common terms and phrases
absorption acid alkali halides anions anti-binding apparent molar refraction aqueous solution behavior benzene boron oxide carbon cations CH₂ Chem Phys chemical binding complex ions compounds configuration considered coordination number cores covalent cracking catalyst crystal structure crystalline deviations from additivity diatomic molecules dipole dipole moment effect electron pair electronic structure electronic system excited field Figure force constant gaseous GERMANIUM GERMANIUM TETRAALKYLS glass H₂ halide ions heats of hydration hydrogen interaction INTERIONIC DISTANCES intermolecular forces internuclear distances ionic ionization potentials Kasimir Fajans kcal lattice energies LiC104 in ether Melting point metals Microf molar refraction molar volume molecular orbital molecule ions N₂ NaCl structure noble gas type non-noble gas octet Pb2+ physik Chem polarizability Professor Fajans proton quanticule formulations quanticule theory quantized with respect quantum RCH₂ Refractometric repulsion resonance structures salts Seminar shown solubility stronger temperature tetrahedral valence bond valence electrons viscosity