Navin Jose Manjooran

John Wiley & Sons (United States)

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Gary Pickrell

Virginia Tech

Morsi Mahmoud

Kuwait University

Narottam P. Bansal

Glenn Research Center

A. S. Bhalla

The University of Texas at San Antonio

Danilo Suvorov

Jožef Stefan Institute

Ruyan Guo

The University of Texas at San Antonio

Cory Trivelpiece

Savannah River National Laboratory

Dinesh Agrawal

Pennsylvania State University

Rick Ubic

Boise State University

Jake Amoroso

Savannah River National Laboratory

Cooperative Institutions

John Wiley & Sons (United States)

Savannah River National Laboratory

American Ceramic Society

Virginia Tech

Pennsylvania State University

Pacific Northwest National Laboratory

University of Central Florida

National Technical Information Service

University of Wisconsin–Madison

Office of Scientific and Technical Information

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Thermodynamic Analysis of sCO2 Packed Bed Thermal Energy Storage Systems

AIAA SCITECH 2022 Forum (2025)

Cory Kinney Subith Vasu Navin Jose Manjooran

10.2514/6.2025-0444

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Morphological transition and evolution of shapes in glassy state; barium strontium titanate dielectric capacitor material

Ceramic transactions /Ceramic transactions (2019)

A. S. Bhalla Morsi Mahmoud Narottam P. Bansal Danilo Suvorov Ruyan Guo

This chapter describes the morphological transition and evolution of shapes in glassy state; barium strontium titanate dielectric capacitor material. Fluorine doped barium strontium titanate dielectric material was studied to determine morphological transition and its effect on dielectric properties. Dielectric is highly dependent on processing methods and shows variation with crystallinity of material, temperature and cooling conditions during processing. To understand some of these problems related to uncertainty and variation of electrical properties, we have prepared nanoparticles-based compounds with addition of fluorine and excess titanium and studied the phase transition. We observed that similar to the solid-liquid interface breakdown, nano- and microparticles show huge transition at the surfaces and transition from particles to nanowires and fibers resulting into self-assembled complex structures. This transition enables possibility of fibers and self-assembled structures for conformal structures for energy storage without decrease in capacitance.

Barium titanate

Strontium titanate

Barium

10.1002/9781119631460.ch8

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Index

Ceramic transactions /Ceramic transactions (2015)

Morsi Mahmoud A. S. Bhalla Narottam P. Bansal J. P. Singh Ricardo H. R. Castro

10.1002/9781119183860.index

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Complementary Fungus‐Derived Micro‐Porosity in Nano Materials

Ceramic transactions /Ceramic transactions (2006)

Navin Jose Manjooran Gary Pickrell

This chapter contains sections titled: Introduction Experimental Procedure Results and Discussion Conclusions

10.1002/9781118408049.ch18

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Citations (1)

Silicon induced in situ hole formation in optical fibers

Journal of Non-Crystalline Solids (2006)

Gary Pickrell Navin Jose Manjooran Nitin Goel Daniel Kominsky

All-silica fiber

Cladding (metalworking)

Plastic-clad silica fiber

10.1016/j.jnoncrysol.2005.12.009

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Citations (6)

Waste tire rubber in calcium phosphate cement blends

Ceramic transactions /Ceramic transactions (2019)

A. S. Bhalla Morsi Mahmoud Narottam P. Bansal Danilo Suvorov Ruyan Guo

Calcium phosphate cement

10.1002/9781119631460.ch21

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Biofilm formation behaviors formed byE. Coliunder weak alternating electromagnetic fields

Ceramic transactions /Ceramic transactions (2019)

A. S. Bhalla Morsi Mahmoud Narottam P. Bansal Danilo Suvorov Ruyan Guo

This chapter describes how formation behaviors of biofilm formed by under weak alternating electromagnetic fields. Biofilms form on materials as a result of bacterial activity. Depending on the situation, these biofilms can have a variety of negative effects on these materials. Therefore, biofilms need to be controlled by the use of appropriate industrial methods. The purpose of this study is to suppress the formation of biofilms by applying weak alternating electromagnetic fields. The project and its results are presented and discussed. For this work, E.coli (a representative gramnegative bacteria present in our daily lives) was selected as the bacteria for forming biofilm. In each case, six samples were prepared. Electromagnetic waves were applied to three of them, while the other three samples did not receive electromagnetic waves. All samples were immersed in a liquid culture (LB culture) at 25 degrees for 5 days. Frequencies used in these experiments were 4 kHz, 8 kHz, 12 kHz and 16 kHz. The biofilm formation behavior was analyzed by staining with crystal violet and Raman spectroscopy. It seemed to depend on the bacteria and the frequencies used. The results are discussed from the viewpoint of the effect of electromagnetic fields.

Crystal violet

10.1002/9781119631460.ch18

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Interpreting non‐thermal microwave effects on materials process enhancements‐a straightforward irreversible thermodynamic approach

Ceramic transactions /Ceramic transactions (2019)

A. S. Bhalla Morsi Mahmoud Narottam P. Bansal Danilo Suvorov Ruyan Guo

This chapter discusses how to explain the non-thermal microwave effects on materials process enhancements-a straightforward irreversible thermodynamic approach. Applicability of irreversible thermodynamics is extended to isothermal materials processes in environments under resonant microwave-fields. A realistic, straightforward, and comprehensive interpretation of two previously reported scenarios in non-thermal microwave effects on ceramic process enhancements is also presented using the perception of the proposed microwave- field-augmented irreversible thermodynamics.

10.1002/9781119631460.ch17

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Front Matter

John Wiley & Sons, Inc. eBooks (2016)

Tatsuki Ohji Raghunath Kanakala Josef Matyáš Navin Jose Manjooran Gary Pickrell

The prelims comprise:

10.1002/9781119323624.fmatter

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Front Matter

Ceramic transactions /Ceramic transactions (2019)

A. S. Bhalla Morsi Mahmoud Narottam P. Bansal Danilo Suvorov Ruyan Guo

The prelims comprise:

10.1002/9781119631460.fmatter

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