Synthesis of a novel AB4 monomer and its incorporation into highly branched dendritic structures.

Bibliographic Details
Main Authors: Scott, D, Krulle, T, Finn, M, Fleet, G
Format: Journal article
Published: 1999
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author Scott, D
Krulle, T
Finn, M
Fleet, G
author_facet Scott, D
Krulle, T
Finn, M
Fleet, G
author_sort Scott, D
collection OXFORD
description
first_indexed 2024-03-06T23:46:06Z
format Journal article
id oxford-uuid:70f2233f-77ff-46b2-883a-938fb7502210
institution University of Oxford
last_indexed 2024-03-06T23:46:06Z
publishDate 1999
record_format dspace
spelling oxford-uuid:70f2233f-77ff-46b2-883a-938fb75022102022-03-26T19:40:34ZSynthesis of a novel AB4 monomer and its incorporation into highly branched dendritic structures.Journal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:70f2233f-77ff-46b2-883a-938fb7502210Symplectic Elements at Oxford1999Scott, DKrulle, TFinn, MFleet, G
spellingShingle Scott, D
Krulle, T
Finn, M
Fleet, G
Synthesis of a novel AB4 monomer and its incorporation into highly branched dendritic structures.
title Synthesis of a novel AB4 monomer and its incorporation into highly branched dendritic structures.
title_full Synthesis of a novel AB4 monomer and its incorporation into highly branched dendritic structures.
title_fullStr Synthesis of a novel AB4 monomer and its incorporation into highly branched dendritic structures.
title_full_unstemmed Synthesis of a novel AB4 monomer and its incorporation into highly branched dendritic structures.
title_short Synthesis of a novel AB4 monomer and its incorporation into highly branched dendritic structures.
title_sort synthesis of a novel ab4 monomer and its incorporation into highly branched dendritic structures
work_keys_str_mv AT scottd synthesisofanovelab4monomeranditsincorporationintohighlybrancheddendriticstructures
AT krullet synthesisofanovelab4monomeranditsincorporationintohighlybrancheddendriticstructures
AT finnm synthesisofanovelab4monomeranditsincorporationintohighlybrancheddendriticstructures
AT fleetg synthesisofanovelab4monomeranditsincorporationintohighlybrancheddendriticstructures