The New Jersey Institute of Technology's Electronic Theses & Dissertations Project

Schoenitz, Mirko
has served on the committee of
32 theses/dissertations that are available online.

* indicates that the advisor was committee chair or co-chair.

Author	Degree	Year		Title	ETD#
Zhang, Xiaokai	PhD	© 2023		V-shaped temperature dependences and pressure dependence of elementary reactions of hydroxyl radicals with several organophosphorus compounds	njit-etd2023-032
Mursalat, Mehnaz	PhD	© 2022		Effect of process control agents used in mechanochemical synthesis on properties of the prepared composite reactive materials	njit-etd2022-023
Hastings, Daniel	PhD	© 2021		Feedstock powders for reactive structural materials	njit-etd2021-043
Valluri, Siva Kumar	PhD	© 2021		Fluorine-based inorganic oxidizers for use in metal-based reactive materials	njit-etd2021-018
Gandhi, Purvam Mehulkumar	MS	© 2020	*	Preparation and characterization of reactive composites combining boron with mixed oxides	njit-etd2020-073
Chintersingh, Kerri-lee Annique	PhD	© 2019		Improving boron for combustion applications	njit-etd2019-042
Guzman, Francisco J.	PhD	© 2019		Speciation of gaseous oxidized mercury molecules relevant to atmospheric and combustion environments	njit-etd2019-064
Liu, Xinhang	PhD	© 2019		Customized boron and magnesium-based reactive materials prepared by high energy mechanical milling	njit-etd2019-062
Lagoviyer, Oleg Shlomo	MS	© 2018		Mechanochemical nitration of aromatic compounds	njit-etd2018-007
Monk, Ian	PhD	© 2018		Combustion of nanocomposite thermite powders	njit-etd2018-028
Huang, Ci	MS	© 2017	*	Nanocomposite thermite powders with improved flowability prepared by mechanical milling	njit-etd2017-072
Abraham, Ani	PhD	© 2016		Custom engineered nanomaterials for energetics and energy applications	njit-etd2016-045
Nie, Hongqi	PhD	© 2016		Oxidation kinetics of metallic powders	njit-etd2016-038
Valluri, Siva Kumar	MS	© 2016		Development and analysis of aluminum-PTFE reactive composite material	njit-etd2016-061
Zhong, Ziyue	MS	© 2016		Preparation, ignition and combustion of reactive metal-sulfur nanocomposites	njit-etd2016-064
Corcoran, Amy Lee	MS	© 2015		Combustion dynamics of metal powders in mixed gas flows	njit-etd2015-004
Aly, Yasmine	PhD	© 2014		Synthesis and characterization of metal-based reactive powders	njit-etd2014-093
Santhanam, Priya Radhi	PhD	© 2014		Discrete element method based scale-up model for material synthesis using ball milling	njit-etd2014-019
Vummidi Lakshman, Shashank	PhD	© 2014	*	Evaluation of environmental materials as thermal witness materials	njit-etd2014-099
Wang, Song	MS	© 2014		Combustion of fine magnesium particles	njit-etd2014-078
Zhang, Shasha	PhD	© 2013		Metal based reactive nanocomposites prepared by cryomilling	njit-etd2013-095
Badiola, Carlo Francisco	MS	© 2012		Combustion dynamics of individual reactive material particles	njit-etd2012-021
Mohan, Salil	PhD	© 2009		Experiment and modeling : ignition of aluminum particles with a CO2 laser	njit-etd2009-010
Beloni, Ervin	MS	© 2008		Ignition of metal powder by electrostatic discharge stimulation	njit-etd2008-005
Stamatis, Demitrios	MS	© 2008		Fully dense aluminum-rich aluminum copper oxide powders for energetic formulations	njit-etd2008-026
Gokhale, Abhijit Aniruddha	PhD	© 2007		Nanoparticle formation and coating using supercritical fluids	njit-etd2007-019
Umbrajkar, Swati M.	PhD	© 2007		Synthesis and analysis of reactive nanocomposites prepared by arrested reactive milling	njit-etd2007-057
Barrow, Ryan	MS	© 2006		Dry magnetic assisted impaction mixing of sub-micron boron and barium chromate for a time delay composition	njit-etd2006-050
Trunov, Mikhaylo Aleksiyovych	PhD	© 2006		Effect of polymorphic phase transformations within an alumina layer on the ignition of aluminum particles	njit-etd2006-086
Zhu, Xiaoying	PhD	© 2006		Synthesis and characterization of mechanically alloyed aluminum-based compounds as high energy density materials	njit-etd2006-094
Ermoline, Alexandre	PhD	© 2005		Experimental technique for studying high-temperature phase equilibria in reactive molten metal based systems	njit-etd2005-023
Ward, Trent Stanton	MS	© 2005		Heat transfer model for the ignition of metal powder on a heated filament	njit-etd2005-060

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Created 4/12/01; updated 8/30/02, 06/30/05