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Your search keyword '"Lynch, J. A."' showing total 93 results
Start Over Author "Lynch, J. A." Publication Type Conference Materials
93 results on '"Lynch, J. A."'

7. EPV105/#237 Combination targeted treatment with mek and pan-ERBB inhibitors enhances antitumor activity in erbb amplified ex-vivo serous endometrial cancer cells

Author

Larish, A, primary, Lin, W-H, additional, Smadbeck, J, additional, Sotiriou, S, additional, Cheville, J, additional, Harris, F, additional, Feathers, R, additional, Lynch, J, additional, Kumar, A, additional, Block, M, additional, Jones, L, additional, Karagouga, G, additional, Mccune, A, additional, Mansfield, A, additional, Murphy, S, additional, Mariani, A, additional, Vasmatzis, G, additional, Anastasiadis, P, additional, and Weroha, J, additional

Published
2021
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16. Time-evolving acoustic propagation modeling in a complex ocean environment

Author

Colin, M. E. G. D., primary, Duda, T. F., additional, te Raa, L. A., additional, van Zon, T., additional, Haley, P. J., additional, Lermusiaux, P. F. J., additional, Leslie, W. G., additional, Mirabito, C., additional, Lam, F. P. A., additional, Newhall, A. E., additional, Lin, Y.-T, additional, and Lynch, J. F., additional

Published
2013
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38. Statistic characteristics of the acoustic field in the ASIAEX 2001 South China Sea experiment.

Author

Wu, Lixin, Ren, Yun, Niu, Haiqiang, Wang, Jun, Lynch, J. F., and Duda, T. F.

Subjects
STATISTICAL physics, ACOUSTIC phenomena in nature, INTERNAL waves, HYDROPHONE, WAVE packets, SOLITONS, SIMULATION methods & models
Abstract

The internal wave is one of the primary causes for ocean variations in shallow water. The temporal-spatial stability of the sound channel may degrade in the presence of the internal wave. The statistical characteristics of the acoustic field, excited by a 400-Hz source in the ASIAEX 2001 South China Sea (SCS) experiment, are presented. The receiving array was at a distance of 31 km from the source. Time series data of signal intensity were obtained at individual hydrophones of a 16-element vertical line array, and temporal correlations were observed from May 2nd to May 17th. The temporal correlation scales are closely related to the internal wave properties. Strong internal waves, especially solitary wave packets (dnoidal internal waves, cnoidal internal waves, etc.), are principal contributors to the reduction of the temporal correlation scales. The signal temporal correlation length is simulated at different frequencies by using the oceanic data collected in ASIAEX 2001, especially its dependence on the amplitude, nonlinear coefficient, the dispersion coefficient, and the linear speed of the solition. It is found that the temporal correlation length is -1.1 power dependent on the signal frequency and -1.3 power dependent on the amplitude. It is also found that the temporal correlation length decreases with increasing nonlinear coefficient and linear speed, and decreasing dispersion coefficient. The relations between the parameters of the internal wave and the temporal correlation length obtained from the simulations are in agreement with the experimental observations. [ABSTRACT FROM AUTHOR]

Published
2012
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39. APPLICATION OF AN AUTOMATED WIRELESS STRUCTURAL MONITORING SYSTEM FOR LONG-SPAN SUSPENSION BRIDGES.

Author

Kurata, M., Lynch, J. P., van der Linden, G. W., Hipley, P., and Sheng, L.-H.

Subjects
WIRELESS sensor networks, STRUCTURAL health monitoring, SUSPENSION bridges, PERFORMANCE evaluation, EXPECTANCY theories, WIND pressure, REMOTE sensing, INTERNET
Abstract

This paper describes an automated wireless structural monitoring system installed at the New Carquinez Bridge (NCB). The designed system utilizes a dense network of wireless sensors installed in the bridge but remotely controlled by a hierarchically designed cyber-environment. The early efforts have included performance verification of a dense network of wireless sensors installed on the bridge and the establishment of a cellular gateway to the system for remote access from the internet. Acceleration of the main bridge span was the primary focus of the initial field deployment of the wireless monitoring system. An additional focus of the study is on ensuring wireless sensors can survive for long periods without human intervention. Toward this end, the life-expectancy of the wireless sensors has been enhanced by embedding efficient power management schemes in the sensors while integrating solar panels for power harvesting. The dynamic characteristics of the NCB under daily traffic and wind loads were extracted from the vibration response of the bridge deck and towers. These results have been compared to a high-fidelity finite element model of the bridge. [ABSTRACT FROM AUTHOR]

Published
2011
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49. Single carbon nanotube electronic devices.

Author

Johnson, A. T., Lefebvre, J., Radosavljevic, M., Llaguno, M., and Lynch, J. F.

Subjects
NANOTUBES, CARBON
Abstract

We review recent progress towards the fabrication of engineered single nanotube circuits. Single wall carbon nanotubes are manipulated into circuits on a silicon dioxide surface using an AFM. Nanotubes can also be incorporated into an electron beam lithography resist system and used as “shadow masks” to create electrode pairs with sub-20 nm separation. Measurements of very short channel nanotube FETs indicate that the molecules may be highly doped due to exposure to the atmosphere, a fact not taken into account in earlier models of nanotube FETs. [ABSTRACT FROM AUTHOR]

Published
2000

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