Cyclic organic nanostructures were prepared via ring-expansion metathesis polymerization of a dendronized norbornene macromonomer. The strategy provides a direct, efficient route to nanoscale rings in a single operation. AFM imaging confirmed toroidal features having diameters of ca. 35−40 nm
An operationally simple approach to preparation of ω-norbornenyl macromonomers (MMs) is reported. Re...
The polymerization of functional monomers provides direct access to functional polymers without need...
Cyclic polymers have drawn considerable interest for their peculiar physical properties in compariso...
Ring-expansion metathesis polymerization (REMP) mediated by recently developed cyclic Ru catalysts h...
Various macromonomers (MMs) were efficiently synthesized through the copper-catalyzed “click” coupli...
Various macromonomers (MMs) were efficiently synthesized through the copper-catalyzed “click” coupli...
Convenient route to cyclic polymers: Ultrahigh molecular weight cyclic brush polymers were synthesiz...
The Ring-Opening Metathesis Polymerization (ROMP) of second-generation dendronized monomers is descr...
The Ring-Opening Metathesis Polymerization (ROMP) of second-generation dendronized monomers is descr...
Cyclic polymers are topologically interesting and envisioned as a lubricant material. However, scala...
Cyclic polymers are topologically interesting and envisioned as a lubricant material. However, scala...
In contrast to their (oxa)norbornenyl counterparts, cyclobutenyl derivatives have remained relativel...
The means to produce cyclic polymers in high purity and at large scale remains an elusive goal. Alth...
The means to produce cyclic polymers in high purity and at large scale remains an elusive goal. Alth...
This paper reviews the possibilities of engineering novel macromolecular topologies via ªlivingº rin...
An operationally simple approach to preparation of ω-norbornenyl macromonomers (MMs) is reported. Re...
The polymerization of functional monomers provides direct access to functional polymers without need...
Cyclic polymers have drawn considerable interest for their peculiar physical properties in compariso...
Ring-expansion metathesis polymerization (REMP) mediated by recently developed cyclic Ru catalysts h...
Various macromonomers (MMs) were efficiently synthesized through the copper-catalyzed “click” coupli...
Various macromonomers (MMs) were efficiently synthesized through the copper-catalyzed “click” coupli...
Convenient route to cyclic polymers: Ultrahigh molecular weight cyclic brush polymers were synthesiz...
The Ring-Opening Metathesis Polymerization (ROMP) of second-generation dendronized monomers is descr...
The Ring-Opening Metathesis Polymerization (ROMP) of second-generation dendronized monomers is descr...
Cyclic polymers are topologically interesting and envisioned as a lubricant material. However, scala...
Cyclic polymers are topologically interesting and envisioned as a lubricant material. However, scala...
In contrast to their (oxa)norbornenyl counterparts, cyclobutenyl derivatives have remained relativel...
The means to produce cyclic polymers in high purity and at large scale remains an elusive goal. Alth...
The means to produce cyclic polymers in high purity and at large scale remains an elusive goal. Alth...
This paper reviews the possibilities of engineering novel macromolecular topologies via ªlivingº rin...
An operationally simple approach to preparation of ω-norbornenyl macromonomers (MMs) is reported. Re...
The polymerization of functional monomers provides direct access to functional polymers without need...
Cyclic polymers have drawn considerable interest for their peculiar physical properties in compariso...