Introduction | |
Polysilane High Polymers | |
Polycarbosilanes | |
Soluble Polysilane Derivatives | |
Poly(di-n-hexysilane) in Room-Temperature Solution | |
New Synthetic Routes to Polysilanes | |
Polymerization of Group 14 Hydrides | |
Polysilane Preparations | |
Copolydiorganosilanes with Varying Compositions | |
Synthetic Routes to Polysilazanes | |
Silicon-Containing Ceramics | |
A Precursor to Si-C-N-0 Ceramics | |
S-N-Containing Rings and Polymers | |
Organosiloxane Copolymers | |
Catalysts for Transacylation Reactions | |
Polymers Bearing Phenyldisilanyl Units | |
Routes to Molecular Metals | |
Alkyl Silicates and Organosiloxanes | |
Polyphosphazene Chemistry | |
Phosphazene Synthesis | |
Polyphosphazenes: Performance Polymers | |
Poly (alkyl/arylphosphazenes)Hybrid Inorganic-Organic Polymers | |
Polybis(pyrrolyl)phosphazene | |
NOVEL Phosph(III)azane Oligomers/Polymers | |
Sol-Gel-Derived Inorganic Polymers | |
Organically Modified Silicates | |
Sol-Gel Preparation of Fibers | |
A New TEOS-PTMO Hybrid System | |
Precursors to Nonoxide Macromolecules | |
Boron-Nitrogen Polymer Precursors | |
Boron Nitride and Its Precursors | |
Polymeric Films of Metallotetraphenylporphyrins | |
Poly(trisbipyridine) Metal Complexes | |
Copper Chloride Complexes | |
Organometallic Monomers | |
Soluble Metal Chelate Polymers | |
Oligomeric Organotin Compounds | |
Tri-n-butyltin Polymers | |
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