Breaking Strong Alkynyl-Phenyl Bonds: Poly(para-phenylene ethynylene)s under ...

B2FIND2026-04-25 收录

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Stronger chemical bonds withstand higher mechanical forces, and thus, rupture of single bonds is preferred over the rupture of double or triple bonds or aromatic rings. We...

Breaking Strong Alkynyl-Phenyl Bonds: Poly(para-phenylene ethynylene)s under ...

Stronger chemical bonds withstand higher mechanical forces, and thus, rupture of single bonds is preferred over the rupture of double or triple bonds or aromatic rings. We...

B2FIND00

Breaking Strong Alkynyl-Phenyl Bonds: Poly(para-phenylene ethynylene)s under Mechanical Stress [data]

Stronger chemical bonds withstand higher mechanical forces, and thus, rupture of single bonds is preferred over the rupture of double or triple bonds or aromatic rings. We investigated bond scission i

heiDATA2024-01-01 更新00

A New Solution to an Old Problem: Synthesis of Unsubstituted Poly( para -phenylene)

Unsubstituted and structurally well-defined poly(para-phenylene) (PPP) has been long-desired as an organic semiconductor prototype of conjugated polymers. To date, several attempts to synthesize unsu

NIAID Data Ecosystem20

Breaking Strong Alkynyl-Phenyl Bonds: Poly(para-phenylene ethynylene)s under Mechanical Stress [data]

DataCite Commons2024-10-01 更新30

A New Solution to an Old Problem: Synthesis of Unsubstituted Poly( para -phenylene)

Unsubstituted and structurally well-defined poly(para-phenylene) (PPP) has been long-desired as an organic semiconductor prototype of conjugated polymers. To date, several attempts to synthesize unsu

NIAID Data Ecosystem60