Chemically Modified Surfaces is a monographic series designed to serve as a medium for the publication of new scientific results concerning surface modification by means of chemical reaction. The variety of substrates which may be involved, and an equally extensive variety of modification reactions and methodologies makes this a broad topic crossing many traditional disciplinary lines. This second volume contains the papers presented at the Chemically Modified Surfaces symposium in Colorado where experts from around the world presented papers on such topics as biomaterials, catalysis, surface characterization, and surface modification in electronics.
PREFACE PLENARY LECTURE Chemical Modification of Polymer Supports for
Solid Phase Peptide Synthesis, BIOMATERIALS Biosensors: Concepts and
Applications, Comparison of Methods for Activating Hydroxyl Groups for
Preparing Immobilized Biomolecules, Efficient Coupling of Amino and Thiol
Ligands to Solid-Phase Hydroxyl Groups Activated by 2-Fluoro-1
-Methylpyridinium Salts (FMP) The Adsorption of Proteins on Chemically
Modified Hydrophobic Surfaces, Spherical Cellulose with Controlled Porosity
for Biomedical Interactions, Reactive Microporous Composite Membranes,
Synthesis of DNA on Silica Surfaces, Immobilizing Fluorescently-Labeled
Albumin for Use in a Fiberoptic Bilirubin Monitor, Methods for Preparation of
Immobilized Enzyme Reactors for Use in Combination with a Solid State
Chemiluminescence System, Immobilized Carbonic Anhydrase for Carbon Dioxide
Management, CATALYSIS Wrapping Polymers Around Metal Atoms, Metal Clusters
and Metal Colloids, Attachment of Organorhodium Complexes to Metal Oxides:
Chemical and Physical Characterization, Novel Chemical Pathways at Chemically
Modified Electrodes, Synthesis and Characterization of Silica-Bound
Propanesulfonic Acid, Silicate Clays (LSCs) for Catalytic Applications in
Nucleophilic Displacement Reactions, SURFACE CHARACTERIZATION Interactional
Effects in the Chemisorbed Layer, The Surface Analysis of Plasma-Deposited
Amorphous, Silicon Nitride by Surface Tension Measurements and Photoacoustic
IR Spectroscopy, A Comparative FTIR-PAS-Spectroscopic Study of Boron-Nitrogen
Compounds in Mordenites, Characterization of Chemically Modified Silica Gels
by 29Si- and 13C- NMR Spectroscopy, Proton NMR Studies of Silica Surfaces and
Modified Silica Surfaces, A Study of Chain Motion and Configuration in
Dimethyloctadecylsilane-Modified Silica Surfaces SURFACE MODIFICATION IN
ELECTRONICS Chemically Modified Microelectrode Arrays: New Kinds of
Electronic Devices, Metal , Studies of Adsorbed Organic Molecules at a
Well-Defined Pt(lll) Electrode Surface by LEED, Auger, EELS, and
Electrochemistry, Selective Modification of Polymer Surfaces by Ion
Implantation, Optical and Electrical Properties of Surfaces Coated with
Amorphous Silicon, GENERAL SESSION Laser Surface Modification of Aluminum for
Enhanced Adhesion, Photochemistry on Metal Surfaces: Dynamics, Bonding, and
Charge Transfer, In Situ Characterization of Interfacial Phenomena by Optical
Second Harmonic Generation, Induced Solid-Surface Room-Temperature
Luminescence Analysis, Dual Zone Liquid Chromatographic Materials.
Application of a Silica-Immobilized Ligand Bearing Thioether Sulphur and
Nitrogen Donating Atoms as a Sorbent for Precious Metal Ions, The Effects of
Alkyl-Substitution on the Condensation of Alkylsilanetriols in Deuterium
Oxide Solution, Chlorination of Alkyl Phenyl Ethers Within a Reversed-Phase
Liquid Chromatography Column, POSTER SESSION, UNPUBLISHED PAPERS.
Donald E. Leyden, Department of Chemistry, Colorado State University. Ward T. Collins, Dow Corning Corporation.
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