Nanocalorimetry-Coupled Time-of-Flight Mass Spectrometry: Identifying Evolved Species during High-Rate Thermal Measurements von Yi, Feng, DeLisio, Jeffery B., Zachariah, Michael R., LaVan, David A.

Volltext

Probing the Reaction Mechanism of Aluminum/Poly(vinylidene fluoride) Composites von DeLisio, Jeffery B, Hu, Xiuli, Wu, Tao, Egan, Garth C, Young, Gregory, Zachariah, Michael R

Volltext

Assembly and encapsulation of aluminum NP's within AP/NC matrix and their reactive properties von Wang, Haiyang, Jacob, Rohit J., DeLisio, Jeffery B., Zachariah, Michael R.

Volltext

Electrospray Deposition of Energetic Polymer Nanocomposites with High Mass Particle Loadings: A Prelude to 3D Printing of Rocket Motors von Huang, Chuan, Jian, Guoqiang, DeLisio, Jeffery B., Wang, Haiyang, Zachariah, Michael R.

Volltext

Electrospray Formation of Gelled Nano-Aluminum Microspheres with Superior Reactivity von Wang, Haiyang, Jian, Guoqiang, Yan, Shi, DeLisio, Jeffery B, Huang, Chuan, Zachariah, Michael R

Volltext

Electrospray formation and combustion characteristics of iodine-containing Al/CuO nanothermite microparticles von Wang, Haiyang, DeLisio, Jeffery B., Jian, Guoqiang, Zhou, Wenbo, Zachariah, Michael R.

Volltext

Reaction mechanisms of potassium oxysalts based energetic composites von Zhou, Wenbo, DeLisio, Jeffery B., Wang, Xizheng, Zachariah, Michael R.

Volltext

Nanoaluminum/Nitrocellulose microparticle additive for burn enhancement of liquid fuels von Guerieri, Philip M., DeLisio, Jeffery B., Zachariah, Michael R.

Volltext

High Heating Rate Reaction Dynamics of Al/CuO Nanolaminates by Nanocalorimetry-Coupled Time-of-Flight Mass Spectrometry von DeLisio, Jeffery B, Yi, Feng, LaVan, David A, Zachariah, Michael R

Volltext

Mesoporous Silica Spheres Incorporated Aluminum/Poly (Vinylidene Fluoride) for Enhanced Burning Propellants von Wang, Haiyang, DeLisio, Jeffery B., Holdren, Scott, Wu, Tao, Yang, Yong, Hu, Junkai, Zachariah, Michael R.

Volltext

Carbon addition lowers initiation and iodine release temperatures from iodine oxide-based biocidal energetic materials von Wu, Tao, Wang, Xizheng, DeLisio, Jeffery B., Holdren, Scott, Zachariah, Michael R.

Volltext

Doped δ-bismuth oxides to investigate oxygen ion transport as a metric for condensed phase thermite ignition von Wang, Xizheng, Zhou, Wenbo, DeLisio, Jeffery B, Egan, Garth C, Zachariah, Michael R

Volltext

Performance of iodine oxides/iodic acids as oxidizers in thermite systems von Wu, Tao, Wang, Xizheng, Zavalij, Peter Y., DeLisio, Jeffery B., Wang, Haiyang, Zachariah, Michael R.

Volltext

Stabilized microparticle aggregates of oxygen-containing nanoparticles in kerosene for enhanced droplet combustion von Guerieri, Philip M., Jacob, Rohit J., DeLisio, Jeffery B., Rehwoldt, Miles C., Zachariah, Michael R.

Volltext

Persulfate salt as an oxidizer for biocidal energetic nano-thermites von Zhou, Wenbo, DeLisio, Jeffery B, Li, Xiangyu, Liu, Lu, Zachariah, Michael R

Volltext

Corrigendum to “Carbon addition lowers initiation and iodine release temperatures from iodine oxide-based biocidal energetic materials” [Carbon 130 (2018) 410–415] von Wu, Tao, Wang, Xizheng, DeLisio, Jeffery B., Holdren, Scott, Zachariah, Michael R.

Volltext

One-step solvent-free mechanochemical synthesis of metal iodate fine powders von Wang, Haiyang, DeLisio, Jeffery B., Wu, Tao, Wang, Xizheng, Zachariah, Michael R.

Volltext

Direct Deposit of Highly Reactive Bi(IO3)3‐ Polyvinylidene Fluoride Biocidal Energetic Composite and its Reactive Properties von Hu, Xiuli, DeLisio, Jeffery B., Li, Xiangyu, Zhou, Wenbo, Zachariah, Michael R.

Volltext

Evaluating free vs bound oxygen on ignition of nano-aluminum based energetics leads to a critical reaction rate criterion von Zhou, Wenbo, DeLisio, Jeffery B., Wang, Xizheng, Egan, Garth C., Zachariah, Michael R.

Volltext

In-operando thermophysical properties and kinetics measurements of Al-Zr-C composites von Kline, Dylan J., Rehwoldt, Miles C., DeLisio, Jeffery B., Barron, Sara C., Wang, Haiyang, Alibay, Zaira, Rodriguez, Juan C., Fritz, Gregory M., Zachariah, Michael R.

Volltext