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463 results on '"Chrisey, Douglas B."'

4. List of contributors

Author

Atala, Anthony, primary, Azhari, Amir, additional, Basalah, Ahmad, additional, Berry, David, additional, Bonilla, Diana, additional, Castro, Nathan J., additional, Chang, Robert C., additional, Chen, Shaochen, additional, Chichkov, Boris, additional, Chrisey, Douglas B., additional, Copus, Joshua, additional, Corr, David T., additional, Dean, David, additional, Deng, Heng, additional, Dias, Andrew D., additional, Dorthé, Erik W., additional, D’Lima, Darryl D., additional, Ferrill, Elizabeth D., additional, Fisher, John P., additional, Grayson, Warren, additional, Grigoryan, Bagrat, additional, Grogan, Shawn P., additional, Hann, Sung Yun, additional, Holmes, Benjamin, additional, Huang, Yong, additional, Kandel, Rita, additional, Kimicata, Megan, additional, Kingsley, David M., additional, Koch, Lothar, additional, Kopcow, Joel, additional, Larsen, Michael, additional, Lee, Jia Min, additional, Lee, Sang Jin, additional, Lin, Jian, additional, Ma, Wai Cheung, additional, Ma, Xuanyi, additional, Maharjan, Sushila, additional, Michael, Stefanie, additional, Miller, Jordan S., additional, Miller, Kathleen, additional, Miller, Michael, additional, Mishra, Ruchi, additional, O’Brien, Christopher, additional, Phamduy, Theresa B., additional, Placone, Jesse K., additional, Rajan, Kai, additional, Reimers, Kerstin, additional, Roberge, Cassandra L., additional, Saksena, Jayant, additional, Sarkar, Naboneeta, additional, Shen, Yin-Lin, additional, Shirwaiker, Rohan, additional, Sklare, S.C., additional, Starly, Binil, additional, Strauß, Sarah, additional, Tang, Min, additional, Tourlomousis, Filippos, additional, Toyserkani, Ehsan, additional, Vlasea, Mihaela, additional, Vogt, Peter M., additional, Yeong, Wai Yee, additional, Zhang, Lijie Grace, additional, Zhang, Yu Shrike, additional, Zhou, Yuxiao, additional, and Zhu, Wei, additional

Published
2022
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16. Core-Shell Nanoparticles for Energy Storage Applications

Author

Kothakonda, Manish, primary, Bourgeois, Briley, additional, Riggs, Brian C., additional, Puli, Venkata Sreenivas, additional, Elupula, Ravinder, additional, Ejaz, Muhammad, additional, Adireddy, Shiva, additional, Grayson, Scott M., additional, and Chrisey, Douglas B., additional

Published
2018
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24. Review on energy storage in lead‐free ferroelectric films

Author

Puli, Venkata Sreenivas, primary, Jayakrishnan, AR, additional, Pradhan, Dhiren Kumar, additional, Madgula, Kalpana, additional, Babu, S. Narendra, additional, Chrisey, Douglas B., additional, Katiyar, Ram S., additional, Reed, Amber, additional, McConney, Michael, additional, Back, Tyson, additional, Van Ginhoven, Renee M., additional, and Heidger, Susan, additional

Published
2022
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26. Review on energy storage in lead‐free ferroelectric films.

Author

Puli, Venkata Sreenivas, Jayakrishnan, AR, Pradhan, Dhiren Kumar, Madgula, Kalpana, Babu, S. Narendra, Chrisey, Douglas B., Katiyar, Ram S., Reed, Amber, McConney, Michael, Back, Tyson, Van Ginhoven, Renee M., and Heidger, Susan

Subjects
ENERGY storage, DIELECTRIC strength, DIELECTRIC breakdown, ENERGY density, DIELECTRIC films, DIELECTRIC loss, INDUSTRIAL electronics
Abstract

Rapidly developing electronics industry is striving for higher energy‐storage capability dielectric capacitors for pulsed power electronic devices. Both high dielectric permittivity and high dielectric breakdown strength are essential properties to meet the desired device performance. However, due to materials limitations and their preparation requirements, there are significant challenges which limit the use of current dielectrics in high‐energy storage capacitors. In addition material limitations such as, low dielectric permittivity, low breakdown strength, and high hysteresis loss decrease these materials' energy density and efficiency, restricting potential applications. Thus, a thorough understanding of the implementation, optimization and limitations of ferroelectric, relaxor‐ferroelectric, and anti‐ferroelectric thin films in high‐energy storage dielectric capacitors is an essential and important research topic for the incorporation of these materials in near future applications. [ABSTRACT FROM AUTHOR]

Published
2023
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30. Enhanced energy storage properties of epitaxial (Ba0.955Ca0.045)(Zr0.17Ti0.83)O3 ferroelectric thin films

Author

Puli, Venkata Sreenivas, primary, Pradhan, Dhiren K., additional, Madgula, Kalpana, additional, Babu, S. Narendra, additional, Laad, Meena, additional, Chrisey, Douglas B., additional, Katiyar, Ram S., additional, Reed, Amber, additional, Back, Tyson, additional, Mc Conney, Michael E., additional, Van Ginhoven, Renee M., additional, and Heidger, Susan, additional

Published
2022
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36. List of Contributors

Author

Azhari, Amir, primary, Basalah, Ahmad, additional, Castro, Nathan J., additional, Chang, Robert C., additional, Chen, Shaochen, additional, Chichkov, Boris, additional, Chrisey, Douglas B., additional, Corr, David T., additional, Curly, J. Lowry, additional, D’Lima, Darryl D., additional, Dean, David, additional, Dias, Andrew D., additional, Dorafshar, Amir, additional, Dorthé, Erik W., additional, Fisher, John P., additional, Grayson, Warren L., additional, Grigoryan, Bagrat, additional, Grogan, Shawn P., additional, Holmes, Benjamin, additional, Hornick, John F., additional, Huang, Yong, additional, Hung, Ben P., additional, Huri, Pinar Yilgor, additional, Kandel, Rita, additional, Kingsley, David M., additional, Koch, Lothar, additional, Larsen, Michael, additional, Li, Wei, additional, Ma, Xuanyi, additional, Michael, Stefanie, additional, Miller, Jordan S., additional, Miller, Michael, additional, Min, Lee Jia, additional, Mishra, Ruchi, additional, O’Brien, Christopher, additional, Ock, JinGyu, additional, Phamduy, Theresa B., additional, Placone, Jesse K., additional, Rajan, Kai, additional, Reimers, Kerstin, additional, Edgar, Tan Yong Sheng, additional, Shirwaiker, Rohan, additional, Sklare, S.C., additional, Starly, Binil, additional, Temple, Joshua P., additional, Tourlomousis, Filippos, additional, Toyserkani, Ehsan, additional, Vlasea, Mihaela, additional, Vogt, Peter M., additional, Yee, Yeong Wai, additional, Zhang, Lijie Grace, additional, Zhu, Wei, additional, and Zicheng, Zhu, additional

Published
2015
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42. Enhanced energy storage properties of epitaxial (Ba0.955Ca0.045)(Zr0.17Ti0.83)O3 ferroelectric thin films.

Author

Puli, Venkata Sreenivas, Pradhan, Dhiren K., Madgula, Kalpana, Babu, S. Narendra, Laad, Meena, Chrisey, Douglas B., Katiyar, Ram S., Reed, Amber, Back, Tyson, Mc Conney, Michael E., Van Ginhoven, Renee M., and Heidger, Susan

Subjects
FERROELECTRIC thin films, ENERGY storage, PIEZORESPONSE force microscopy, PULSED laser deposition, ENERGY density, LEAD titanate
Abstract

(Ba0.955Ca0.045)(Zr0.17Ti0.83)O3 [BCZT] epitaxial were grown on La0.67Sr0.33MnO3 (LSMO)‐coated (100)‐oriented MgO single crystal substrates by the pulsed laser deposition (PLD) technique. Herein, we report crystal structure, ferroelectric, piezoresponse force microscopy (PFM), and energy storage properties near the morphotropic phase boundary (MPB) composition of [Ba0.850Ca0.15Zr0.1Ti0.90O3] solid solution. Epitaxial growth of the films was confirmed using X‐ray diffraction (XRD) spectra. Room‐temperature Raman spectroscopy confirms perovskite phase of BCZT films. Room‐temperature polarization‐electric field (P‐E) loops confirm the ferroelectric nature of BCZT films. Ferroelectric hysteresis loops demonstrate high saturation polarization (Pmax ~ 97.96 μC/cm2) and remanant polarization (Pr ~ 70.1 μC/cm2) at an applied maximum electric field ~2.77 MV/cm. The optimized BCZT epitaxial thin films have shown moderate dielectric properties at different measured frequencies (10‐100 kHz). Nanoscale piezoresponse force microscopy (PFM) images demonstrate switchable ferroelectric polarization of these thin films above ±9 V of dc voltage applied. Energy storage properties measured from ferroelectric loops revealed a high discharge curve energy density ~27.5 J/cm3 at a maximum electric field of 2.77 MV/cm. Epitaxial‐grown BCZT films are suitable candidate materials for capacitor applications. [ABSTRACT FROM AUTHOR]

Published
2022
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50. Study of impact-induced mechanical effects in cell direct writing using smooth particle hydrodynamic method

Author

Wang, Wei, Huang, Yong, Grujicic, Mica, and Chrisey, Douglas B.

Subjects
Hydrodynamics -- Evaluation, Tissue engineering -- Research, Computer-aided design -- Usage, Cell research -- Technology application, Manufacturing processes -- Research, Hydrofoil boats -- Hydrodynamics, Hydrofoil boats -- Evaluation, Technology application, Manufacturing, Engineering and manufacturing industries, Science and technology
Abstract

Biomaterial direct-write technologies have been receiving more and more attention as rapid prototyping innovations in the area of tissue engineering, regenerative medicine, and biosensor/actuator fabrication based on computer-aided designs. However, cell damage due to the mechanical impact during cell direct writing has been observed and is a possible hurdle for broad applications of fragile cell direct writing. The objective of this study is to investigate the impact-induced cell mechanical loading profile in cell landing in terms of stress, acceleration, and maximum shear strain component during cell direct writing using a mesh-free smooth particle hydrodynamic method. Such cell mechanical loading profile information can be used to understand and predict possible impact-induced cell damage. It is found that the cell membrane usually undergoes a relatively severe deformation and the cell mechanical loading profile is dependent on the cell droplet initial velocity and the substrate coating thickness. Two important impact processes may occur during cell direct writing: the first impact between the cell droplet and the substrate coating and the second impact between the cell and the substrate. It is concluded that the impact-induced cell damage depends not only on the magnitudes of stress, acceleration, and/or shear strain but also the loading history that a cell experiences. [DOI: 10.1115/1.2896118] Keywords: direct writing, cell, hydrogel, impact, smooth particle hydrodynamic method

Published
2008

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