Manipulating nitration and stabilization to achieve high energy. [PDF]
Singh J, Staples RJ, Shreeve JM.
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Traditional vs. Energetic and Perchlorate vs. "Green": A Comparative Study of the Choice of Binders and Oxidising Agents. [PDF]
Lysien K +5 more
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Thermal Behavior of New Oxidizer Ammonium Dinitramide
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Numerical Study of Flow Boiling of ADN-Based Liquid Propellant in a Capillary. [PDF]
Liu X, Su G, Yao Z, Yan Z, Yu Y.
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Detailed kinetic model for ammonium dinitramide decomposition
Ammonium dinitramide (ADN; [NH4]+[N(NO2)2]−) is the most promising oxidizer for use with future green solid and liquid propellants for spacecraft applications. To allow the effective development and use of ADN-based propellants, it is important to understand ADN reaction mechanisms.
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Electrochemical Determination of N‑Guanylurea Dinitramide (FOX-12) Using a Poly(Methyl Orange)-Modified Carbon Nanotube Electrode. [PDF]
Alassane Moussa AK +4 more
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Application of Ionic Liquids to Space Propulsion [PDF]
Batonneau Yann +3 more
core +1 more source
Electrochemical Synthesis of Methoxy-<i>NNO</i>-azoxy Compounds via N=N Bond Formation Between Ammonium <i>N</i>-(methoxy)nitramide and Nitroso Compounds. [PDF]
Budnikov AS +6 more
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Energetic plasticizers for GAP-based formulations with ADN: compatibility and performance evaluation of a nitrofurazanyl ether. [PDF]
Lieber P, Schaller U, Klapötke TM.
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Synthesis and performance analysis of ammonium dinitramide
Ammonium dinitramide as non-corrosive, high performance, and Eco-friendly propellant was first synthesized by Russians in early 1970s, and then independently in early 1990s by Stanford Research International. Since then, there has been increased interest in its synthesis and performance analysis.
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