The Experts below are selected from a list of 299019 Experts worldwide ranked by ideXlab platform

E. Carry - One of the best experts on this subject based on the ideXlab platform.

  • High-overtone bulk-acoustic resonator gravimetric sensitivity: Towards wideband acoustic spectroscopy
    Journal of Applied Physics, 2015
    Co-Authors: David Rabus, Eric Lebrasseur, Thierry Baron, Sylvain Ballandras, JEAN-MARIA FRIEDT, E. Carry
    Abstract:

    In the context of direct detection sensors with compact dimensions, we investigate the gravimetric sensitivity of High-overtone Bulk Acoustic Resonators, through modeling of their acoustic characteristics and experiment. The high frequency characterizing such devices is expected to induce a significant effect when the acoustic Field Boundary conditions are modified by a thin adlayer. Furthermore, the multimode spectral characteristics is considered for wideband acoustic spectroscopy of the adlayer, once the gravimetric sensitivity dependence of the various overtones is established. Finally, means of improving the gravimetric sensitivity by confining the acoustic Field in a low acoustic-impedance layer is theoretically established.

  • High-overtone Bulk-Acoustic Resonator gravimetric sensitivity: towards wideband acoustic spectroscopy
    Journal of Applied Physics, 2015
    Co-Authors: David Rabus, Eric Lebrasseur, Sylvain Ballandras, JEAN-MARIA FRIEDT, Thomas Baron, E. Carry
    Abstract:

    In the context of direct detection sensors with compact dimensions, we investigate the gravimetric sensitivity of high-overtone bulk acoustic resonators, through modeling of their acoustic characteristics and experiment. The high frequency characterizing such devices is expected to induce a significant effect when the acoustic Field Boundary conditions are modified by a thin adlayer. Furthermore, the multimode spectral characteristics are considered for wideband acoustic spectroscopy of the adlayer, once the gravimetric sensitivity dependence of the various overtones is established. Finally, means of improving the gravimetric sensitivity by confining the acoustic Field in a low acoustic-impedance layer is theoretically established.

David Rabus - One of the best experts on this subject based on the ideXlab platform.

  • High-overtone bulk-acoustic resonator gravimetric sensitivity: Towards wideband acoustic spectroscopy
    Journal of Applied Physics, 2015
    Co-Authors: David Rabus, Eric Lebrasseur, Thierry Baron, Sylvain Ballandras, JEAN-MARIA FRIEDT, E. Carry
    Abstract:

    In the context of direct detection sensors with compact dimensions, we investigate the gravimetric sensitivity of High-overtone Bulk Acoustic Resonators, through modeling of their acoustic characteristics and experiment. The high frequency characterizing such devices is expected to induce a significant effect when the acoustic Field Boundary conditions are modified by a thin adlayer. Furthermore, the multimode spectral characteristics is considered for wideband acoustic spectroscopy of the adlayer, once the gravimetric sensitivity dependence of the various overtones is established. Finally, means of improving the gravimetric sensitivity by confining the acoustic Field in a low acoustic-impedance layer is theoretically established.

  • High-overtone Bulk-Acoustic Resonator gravimetric sensitivity: towards wideband acoustic spectroscopy
    Journal of Applied Physics, 2015
    Co-Authors: David Rabus, Eric Lebrasseur, Sylvain Ballandras, JEAN-MARIA FRIEDT, Thomas Baron, E. Carry
    Abstract:

    In the context of direct detection sensors with compact dimensions, we investigate the gravimetric sensitivity of high-overtone bulk acoustic resonators, through modeling of their acoustic characteristics and experiment. The high frequency characterizing such devices is expected to induce a significant effect when the acoustic Field Boundary conditions are modified by a thin adlayer. Furthermore, the multimode spectral characteristics are considered for wideband acoustic spectroscopy of the adlayer, once the gravimetric sensitivity dependence of the various overtones is established. Finally, means of improving the gravimetric sensitivity by confining the acoustic Field in a low acoustic-impedance layer is theoretically established.

Claudette M J Sandovalgreen - One of the best experts on this subject based on the ideXlab platform.

  • agricultural conservation planning framework 3 land use and Field Boundary database development and structure
    Journal of Environmental Quality, 2017
    Co-Authors: Mark D Tomer, D E James, Claudette M J Sandovalgreen
    Abstract:

    Conservation planning information is important for identifying options for watershed water quality improvement and can be developed for use at Field, farm, and watershed scales. Translation across scales is a key issue impeding progress at watershed scales because watershed improvement goals must be connected with implementation of farm- and Field-level conservation practices to demonstrate success. This is particularly true when examining alternatives for “trap and treat” practices implemented at agricultural-Field edges to control (or influence) water flows through Fields, landscapes, and riparian corridors within agricultural watersheds. We propose that database structures used in developing conservation planning information can achieve translation across conservation-planning scales, and we developed the Agricultural Conservation Planning Framework (ACPF) to enable practical planning applications. The ACPF comprises a planning concept, a database to facilitate Field-level and watershed-scale analyses, and an ArcGIS toolbox with Python scripts to identify specific options for placement of conservation practices. This paper appends two prior publications and describes the structure of the ACPF database, which contains land use, crop history, and soils information and is available for download for 6091 HUC12 watersheds located across Iowa, Illinois, Minnesota, and parts of Kansas, Missouri, Nebraska, and Wisconsin and comprises information on 2.74 × 10⁶ agricultural Fields (available through http://northcentralwater.org/acpf/). Sample results examining land use trends across Iowa and Illinois are presented here to demonstrate potential uses of the database. While designed for use with the ACPF toolbox, users are welcome to use the ACPF watershed data in a variety of planning and modeling approaches.

  • agricultural conservation planning framework 3 land use and Field Boundary database development and structure
    Journal of Environmental Quality, 2017
    Co-Authors: Mark D Tomer, D E James, Claudette M J Sandovalgreen
    Abstract:

    Conservation planning information is important for identifying options for watershed water quality improvement and can be developed for use at Field, farm, and watershed scales. Translation across scales is a key issue impeding progress at watershed scales because watershed improvement goals must be connected with implementation of farm- and Field-level conservation practices to demonstrate success. This is particularly true when examining alternatives for "trap and treat" practices implemented at agricultural-Field edges to control (or influence) water flows through Fields, landscapes, and riparian corridors within agricultural watersheds. We propose that database structures used in developing conservation planning information can achieve translation across conservation-planning scales, and we developed the Agricultural Conservation Planning Framework (ACPF) to enable practical planning applications. The ACPF comprises a planning concept, a database to facilitate Field-level and watershed-scale analyses, and an ArcGIS toolbox with Python scripts to identify specific options for placement of conservation practices. This paper appends two prior publications and describes the structure of the ACPF database, which contains land use, crop history, and soils information and is available for download for 6091 HUC12 watersheds located across Iowa, Illinois, Minnesota, and parts of Kansas, Missouri, Nebraska, and Wisconsin and comprises information on 2.74 × 10 agricultural Fields (available through /). Sample results examining land use trends across Iowa and Illinois are presented here to demonstrate potential uses of the database. While designed for use with the ACPF toolbox, users are welcome to use the ACPF watershed data in a variety of planning and modeling approaches.

Sylvain Ballandras - One of the best experts on this subject based on the ideXlab platform.

  • High-overtone bulk-acoustic resonator gravimetric sensitivity: Towards wideband acoustic spectroscopy
    Journal of Applied Physics, 2015
    Co-Authors: David Rabus, Eric Lebrasseur, Thierry Baron, Sylvain Ballandras, JEAN-MARIA FRIEDT, E. Carry
    Abstract:

    In the context of direct detection sensors with compact dimensions, we investigate the gravimetric sensitivity of High-overtone Bulk Acoustic Resonators, through modeling of their acoustic characteristics and experiment. The high frequency characterizing such devices is expected to induce a significant effect when the acoustic Field Boundary conditions are modified by a thin adlayer. Furthermore, the multimode spectral characteristics is considered for wideband acoustic spectroscopy of the adlayer, once the gravimetric sensitivity dependence of the various overtones is established. Finally, means of improving the gravimetric sensitivity by confining the acoustic Field in a low acoustic-impedance layer is theoretically established.

  • High-overtone Bulk-Acoustic Resonator gravimetric sensitivity: towards wideband acoustic spectroscopy
    Journal of Applied Physics, 2015
    Co-Authors: David Rabus, Eric Lebrasseur, Sylvain Ballandras, JEAN-MARIA FRIEDT, Thomas Baron, E. Carry
    Abstract:

    In the context of direct detection sensors with compact dimensions, we investigate the gravimetric sensitivity of high-overtone bulk acoustic resonators, through modeling of their acoustic characteristics and experiment. The high frequency characterizing such devices is expected to induce a significant effect when the acoustic Field Boundary conditions are modified by a thin adlayer. Furthermore, the multimode spectral characteristics are considered for wideband acoustic spectroscopy of the adlayer, once the gravimetric sensitivity dependence of the various overtones is established. Finally, means of improving the gravimetric sensitivity by confining the acoustic Field in a low acoustic-impedance layer is theoretically established.

Eric Lebrasseur - One of the best experts on this subject based on the ideXlab platform.

  • High-overtone bulk-acoustic resonator gravimetric sensitivity: Towards wideband acoustic spectroscopy
    Journal of Applied Physics, 2015
    Co-Authors: David Rabus, Eric Lebrasseur, Thierry Baron, Sylvain Ballandras, JEAN-MARIA FRIEDT, E. Carry
    Abstract:

    In the context of direct detection sensors with compact dimensions, we investigate the gravimetric sensitivity of High-overtone Bulk Acoustic Resonators, through modeling of their acoustic characteristics and experiment. The high frequency characterizing such devices is expected to induce a significant effect when the acoustic Field Boundary conditions are modified by a thin adlayer. Furthermore, the multimode spectral characteristics is considered for wideband acoustic spectroscopy of the adlayer, once the gravimetric sensitivity dependence of the various overtones is established. Finally, means of improving the gravimetric sensitivity by confining the acoustic Field in a low acoustic-impedance layer is theoretically established.

  • High-overtone Bulk-Acoustic Resonator gravimetric sensitivity: towards wideband acoustic spectroscopy
    Journal of Applied Physics, 2015
    Co-Authors: David Rabus, Eric Lebrasseur, Sylvain Ballandras, JEAN-MARIA FRIEDT, Thomas Baron, E. Carry
    Abstract:

    In the context of direct detection sensors with compact dimensions, we investigate the gravimetric sensitivity of high-overtone bulk acoustic resonators, through modeling of their acoustic characteristics and experiment. The high frequency characterizing such devices is expected to induce a significant effect when the acoustic Field Boundary conditions are modified by a thin adlayer. Furthermore, the multimode spectral characteristics are considered for wideband acoustic spectroscopy of the adlayer, once the gravimetric sensitivity dependence of the various overtones is established. Finally, means of improving the gravimetric sensitivity by confining the acoustic Field in a low acoustic-impedance layer is theoretically established.