202nd Meeting - Salt Lake City, UT
October 20-25, 2002
PROGRAM INFORMATION
V1 - Acoustic Wave Based Sensors
Sensor
Wednesday October 23, 2002
Grand Ballroom A, Floor, Little America Hotel
Acoustic Wave Based Sensors
Co-Chairs: S.J. Martin and H. Perrot
Time | Abs# | Title |
10:00 | |
Introductory Remarks - |
10:05 | 940 |
Simultaneous Acoustic Wave Sensor and Optical Reflectance Measurements Revealing Step-like Response Behavior of a New Vapochromic Platinum Complex -
J.W. Grate (Pacific Northwest National Laboratory) and K. Mann (University of Minnesota) |
10:40 | 941 |
Transformation of Polymer-coated Acoustic Wave Sensor Array Responses into Descriptors of Unknown Vapors -
J.W. Grate (Pacific Northwest National Laboratory), B.M. Wise, and N.B. Gallagher (Eigenvector Research, Inc.) |
11:05 | 942 |
Molecularly Imprinted Polymers for SAW Sensors - D.
Pestov, N. Levit (Virginia Commonwealth University), V. Maniscalco (NC State University), and G. Tepper (Virginia Commonwealth University) |
11:30 | 943 |
The Role of Defects in the Performance of Langasite (La_3Ga5SiO14) in a High Temperature Bulk Acoustic Wave Sensor - H.
Seh, H. Tuller (Massachusetts Institute of Technology), and H. Fritze (TU
Clausthal) |
11:55 | 944 |
Electrostatic Precipitator Surface Acoustic Wave Device for the Measurement of Atmospheric Particulate Matter - M. Newton, C.
Percival, S. Stanley, and G. McHale (The Nottingham Trent University) |
Liquid Phase SAWs and Biochemical Sensing
Co-Chairs: S.J. Martin and H. Perrot
Time | Abs# | Title |
2:30 | 945 |
Mass and Liquid Loading Sensitivity of Love Wave Devices - G.
McHale, M. Newton, and F. Martin (The Nottingham Trent University) |
3:05 | 946 |
Study of High Sensitive Mass Sensor Based on Shear Horizontal Mode Acoustic Wave in Layered Structure - J.
Kondoh, S. Shiokawa (Shizuoka University), and M. Rapp (Forschungszentrum
Karlsruhe) |
3:30 | |
Thirty-minute Intermission - |
4:00 | 947 |
Use of Parylene-C Wave Guiding Layers for Increasing Sensitivity of HPSSW Sensors - M. Rapp, F. Bender, K. Laenge
(Forschungszentrum Karlsruhe), and J. Kondoh (Shizuoka University) |
4:25 | 948 |
Probing of the Viscoelasticity and Mass of a Protein Layer with the Acoustic Waveguide Device - E. Gizeli and K. Saha (University of Cambridge) |
4:50 | 949 |
Molecularly Imprinted Polymer Coated Acoustic Wave Sensors for the Selective Detection of Steroids - M. Newton, C.
Percival, S. Stanley, A. Braithwaite, and G. McHale (The Nottingham Trent University) |
Thursday October 24, 2002
QCEM and EQCM
Co-Chairs: R.W. Cernosek and A. Bund
Time | Abs# | Title |
9:00 | 950 |
A Novel Tool For Localized Gravimetric Measurements Based on QCM Transducers - M.
Moulat, C. Gabrielli, and H. Perrot (Universite Paris 6) |
9:35 | 951 |
Controlled Uptake and Release of Therapeutic Drug Anions: A Combined EQCM and Probe Beam Deflection Study - H. French, R. Hillman (University of Leicester), and E. Vieil
(CEA-Grenoble) |
10:00 | |
Thirty-Minute Intermission - |
10:30 | 952 |
Study of the Electrochemical Oxygen Intercalation into Thin Amorphous Films of Ln2NiO4+d (Ln = La, Pr, Nd) with EQCM and EIS - O. Schneider, H.
Fritze, and G. Borchardt (Technical University of Clausthal) |
10:55 | 953 |
A Multidimensional Model for Simulating Electrochemical Quartz Crystal Microbalance Responses of Electroactive Film Composition to Electrochemical Stimuli -
A.R. Hillman, A. Jackson (University of Leicester), S. Bruckenstein (University at
Buffalo/SUNY), and I.J. Jureviciute (Institute of Chemistry) |
11:20 | 954 |
TSM-Resonator-Determined Shear Modulus of Mussel Adhesive Protein Films: Comparison with Byssal Thread - J.-Y. Yoon (University of California), R. Lucklum
(Otto-von-Guericke University), and R.L. Garrell (University of California) |
Interfaces, Modeling, and Characterization
Co-Chairs: M. Rapp and G. McHale
Time | Abs# | Title |
2:00 | 955 |
Investigation of Internal and External Friction Processes at Metal and Polymer Layers with the EQCM - A. Bund, M. Schneider, and S. Wehner (Dresden University of Technology) |
2:35 | 956 |
An Extension of the Simple QCM/Liquid Model that Accounts for Anomalous Responses - L. Theisen and S. Martin
(Sandia National Laboratories) |
3:00 | |
Thirty-Minute Intermission - |
3:30 | 957 |
An Extended Model for Viscoelastic Phenomena on Thickness Shear Mode Resonators - R. Hillman, D. Stokes (University of Leicester), S. Martin, and R. Cernosek
(Sandia National Laboratories) |
3:55 | 958 |
Rapid Materials Characterization Using Thickness Shear Mode Resonators - R.
Cernosek, D. Loy, A. Rumpf (Sandia National Laboratories), H. Bandey (Home Office,
PDSB), S. Li (Auburn University), and F. Josse (Marquette University) |
4:20 | 959 |
Characterization of Thin Polymer Films Under Different Environmental Conditions Using Thickness Shear Mode Resonator - L.
Jiang, B. Morray (Marquette University), S. Li (Auburn University), J. Hossenlopp (Marquette University), R. Cernosek
(Sandia National Laboratories), and F. Josse (Marquette University) |
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