The design of novel alkylated norcamphor derivatives that undergo cyclopolymerization is explored; the resulting polymers incorporate suitable functional groups for chemical amplification and show excellent imaging characteristics under lithographic exposure at 193 nm
A new class of thermochromic polynorbornene with pendent spiropyran moieties has been synthesized. F...
Photolithography at 157 nm requires development of new photoresists that are highly transparent at t...
This paper describes controlled ring-opening metathesis polymerizations (ROMP) of norbornene derivat...
The design of novel alkylated norcamphor derivatives that undergo cyclopolymerization is explored; t...
We have designed and synthesized a series of novel nortricyclene and other cycloaliphatic homo-and c...
We report on the development and exploitation of a new type of chemically amplified resist for 193 n...
A series of cyclopolymers designed for use in 193 nm photoresist materials has been synthesized and ...
textFluorinated norbornene monomers exhibit the requisite properties for inclusion in 157 nm photore...
For 193 mm lithographic applications robust polymers containing a high carbon/hydrogen ratio are req...
One hundred ninety three-nanometer candidate photoresist materials were synthesized by nitroxide-med...
Three metal-catalyzed vinyl addition copolymers derived from partially fluorinated norbornenes and t...
ABSTRACT: Novel norbornene and [4.2.1.02,5]tricyclononene monomers bearing two hexafluoro-2-propanol...
Norbornene copolymers having derivatives of lithocholic acid were synthesized as matrix polymers for...
The objective of research presented in this thesis is to design a novel 193 nm photoresist system ba...
ABSTRACT: Twenty-two tricyclo[4.2.1.02,5]non-7-ene (TCN) or 3-oxatricyclononene monomers, having flu...
A new class of thermochromic polynorbornene with pendent spiropyran moieties has been synthesized. F...
Photolithography at 157 nm requires development of new photoresists that are highly transparent at t...
This paper describes controlled ring-opening metathesis polymerizations (ROMP) of norbornene derivat...
The design of novel alkylated norcamphor derivatives that undergo cyclopolymerization is explored; t...
We have designed and synthesized a series of novel nortricyclene and other cycloaliphatic homo-and c...
We report on the development and exploitation of a new type of chemically amplified resist for 193 n...
A series of cyclopolymers designed for use in 193 nm photoresist materials has been synthesized and ...
textFluorinated norbornene monomers exhibit the requisite properties for inclusion in 157 nm photore...
For 193 mm lithographic applications robust polymers containing a high carbon/hydrogen ratio are req...
One hundred ninety three-nanometer candidate photoresist materials were synthesized by nitroxide-med...
Three metal-catalyzed vinyl addition copolymers derived from partially fluorinated norbornenes and t...
ABSTRACT: Novel norbornene and [4.2.1.02,5]tricyclononene monomers bearing two hexafluoro-2-propanol...
Norbornene copolymers having derivatives of lithocholic acid were synthesized as matrix polymers for...
The objective of research presented in this thesis is to design a novel 193 nm photoresist system ba...
ABSTRACT: Twenty-two tricyclo[4.2.1.02,5]non-7-ene (TCN) or 3-oxatricyclononene monomers, having flu...
A new class of thermochromic polynorbornene with pendent spiropyran moieties has been synthesized. F...
Photolithography at 157 nm requires development of new photoresists that are highly transparent at t...
This paper describes controlled ring-opening metathesis polymerizations (ROMP) of norbornene derivat...