Synthesis, characterization and thermal behavior of hydrazinium nitroformate (HNF) and its new N-alkyl substituted derivatives

Indian Journal of Chemical Technology

Volumn 12, Issue 2, 2005, Pages 187-192

  Jadhav, H S ^a   Talawar, M B ^b   Dhavale, D D ^a   Asthana, S N ^b   Krishnamurthy, V N ^c  

^a UNIVERSITY OF PUNE   (India)

^b HIGH ENERGY MATERIALS RESEARCH LABORATORY   (India)

^c INDIAN SPACE RESEARCH ORGANISATION   (India)

Author keywords

Energetic additives; Hydrazinium nitroformate; Oxidizers; Thermolysis

Indexed keywords

EID: 28444494793     PISSN: 0971457X     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Article

References (31)

1. Schoyer H F R, Schnorhk A J, Korting P A O G, Van Lit P J, Mul J M, Gadiot G M H J L & Meulenbrugge J J, J Propul Power, 11(4) (1995) 856.
2. nd edn (United Nations, New York), 1990.
3. th ICT, 1996, 52-1.
4. Hunter W, The Production of Tetranitromethane and Nitroform B. I. O. S. Final Report No. 709, Item No. 22 (British, Intelligence Objectives Sub-Committee, London), 1946.
5. Hideo H & Toshio O, Japan Kokai Tokkyo koho (A) JP 07-291901 (1995).
6. Hideo H, Toshio O & Kuzuo S, Kayaku Gakkaishi, 56(4) (1995) 143.
7. Welch D E, Iowa & Hein R W, US Pat. 3,491,160 (1970).
8. Frankel M B, Gunderloy F C & Woolery D O, II, US Pat. 4,122,124 (1978).
9. Frankel M B, Raniere F D, Thompson W W, Witucki & Woolery D O, II, US Pat. 4,147,371 (1979).
10. Frankel M B, Bauerle G L, Grant L R, Kistner R L, Lecce J V, Wilson E R & Woolery D O, II, Final Report No. UCRL-15908, DE87 012924 (Rockwell International, California), 1987.
11. Schoyer H F R, Schnorhk A J, Van Lit P A, Mul J M, Gadiot G M H J L & Meulenbrugge J J, J Propul Power, 11 (4) (1995) 856.
12. Zee F W M, Mul J M & Hordijk A C, International Patent Application No. PCT/NL93/00230, Netherlands (1993).
13. Lovett J R & Edison N J, US Pat. 3, 378, 594 (1968).
14. Meulenbrugge J, Steen A V D & Hyden A V D, In Proc Int Symp Energe Mater, USA, 1995, 297.
15. Dendage P S, Sarwade D B, Asthana S N & Singh H, J Energe Mater, 19(1) (2001) 41.
16. Dendage P S, Sarwade D B, Asthana S N & Singh H, Indian patent filed (2001).
17. Dendege P S, Sarwade D B, Mandate A B & Asthana S N, J Energe Mater, 21 (2003) 167.
18. Madhusunan P M, Krishnan K & Ninan K N, Thermochim Acta, 97 (1986) 189.
19. Muthurajan H, Sivabalan R, Talawar M B & Asthana S N, J Haz Mat, A 112 (2004) 17.
20. th Int High Energy Mater Conf, 18-20 Nov 2003.
21. th Nat Symp Workshop on Therm Anal, 20-24 Jan 2004.
22. Muthurajan H, Sivabalan R, Talawar M B & Asthana S N, Proc New Trends in Research of Explosives, University of Purdubice, Czech Republic, April 2004.
23. Thortan J R, US Pat. 3,297,747 (1967).
24. Schmidt E W, HNF Preparation, Properties, Application (Wiley, New York), 1984.
25. McHale E T & Elbe G V, In Combustion Science and Technology, Vol. 2, 1970.
26. Koroban V A, Smirnova T I, Barishova T N & Svetlov B S, Tr-Mosk Khim-Tecknol, Inst D I Mendeleeva (Russian) 104 (1979) 38.
27. th ICT N (Eisenreich, Pfinztal, Germany), 1994, 69/1.
28. Williams G K & Brill T B, Combust Flame, 102(3) (1995) 418.
29. th Conf, 1994, 397.
30. rd Conference and Exhibit, Alexander Reston Belf driver, VA22091, 1997.
31. Sundararajan R & Jain S R, Combust Flame, 45 (1982) 47.