Application of nitrate ester of cellulose glycidyl ether in propellant

Quan Yuan; Zi Qiang Shao; You De Zhang

Application of nitrate ester of cellulose glycidyl ether in propellant

Quan Yuan^*, Zi Qiang Shao, You De Zhang

^*Corresponding author for this work

School of Material Science and Engineering

Research output: Contribution to journal › Article › peer-review

5 Citations (Scopus)

Abstract

Nitrate ester of cellulose glycidyl ether (NGEC) is one kind of modified nitrocelluloses. The NGEC-modified double-base propellants were prepared by using traditional solvent-free method. The properties of NGEC modified double base propellant including mechanical, combustion, ballistic and combustion wave structure were investigated. The results show that NGEC has good thermoplastic and NGEC modified double base propellant exhibits a better processing property. Compared with NC-based propellant, NGEC modified double base propellant possesses 1.5 times higher elongation at low temperature (-40°C), stable ballistic performance and similar combustion properties and combustion waves structure. So, as an energetic thermoplastic binder instead of NC, NGEC can be used in new modified double base propellant research.

Original language	English
Pages (from-to)	83-87+103
Journal	Guti Huojian Jishu/Journal of Solid Rocket Technology
Volume	35
Issue number	1
Publication status	Published - Feb 2012

Keywords

Combustion performance
Combustion waves structure
Mechanical properties
Modified nitrocellulose
The high-solid modified double base propellant

Cite this

Yuan, Q., Shao, Z. Q., & Zhang, Y. D. (2012). Application of nitrate ester of cellulose glycidyl ether in propellant. Guti Huojian Jishu/Journal of Solid Rocket Technology, 35(1), 83-87+103.

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abstract = "Nitrate ester of cellulose glycidyl ether (NGEC) is one kind of modified nitrocelluloses. The NGEC-modified double-base propellants were prepared by using traditional solvent-free method. The properties of NGEC modified double base propellant including mechanical, combustion, ballistic and combustion wave structure were investigated. The results show that NGEC has good thermoplastic and NGEC modified double base propellant exhibits a better processing property. Compared with NC-based propellant, NGEC modified double base propellant possesses 1.5 times higher elongation at low temperature (-40°C), stable ballistic performance and similar combustion properties and combustion waves structure. So, as an energetic thermoplastic binder instead of NC, NGEC can be used in new modified double base propellant research.",

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T1 - Application of nitrate ester of cellulose glycidyl ether in propellant

AU - Yuan, Quan

AU - Shao, Zi Qiang

AU - Zhang, You De

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N2 - Nitrate ester of cellulose glycidyl ether (NGEC) is one kind of modified nitrocelluloses. The NGEC-modified double-base propellants were prepared by using traditional solvent-free method. The properties of NGEC modified double base propellant including mechanical, combustion, ballistic and combustion wave structure were investigated. The results show that NGEC has good thermoplastic and NGEC modified double base propellant exhibits a better processing property. Compared with NC-based propellant, NGEC modified double base propellant possesses 1.5 times higher elongation at low temperature (-40°C), stable ballistic performance and similar combustion properties and combustion waves structure. So, as an energetic thermoplastic binder instead of NC, NGEC can be used in new modified double base propellant research.

AB - Nitrate ester of cellulose glycidyl ether (NGEC) is one kind of modified nitrocelluloses. The NGEC-modified double-base propellants were prepared by using traditional solvent-free method. The properties of NGEC modified double base propellant including mechanical, combustion, ballistic and combustion wave structure were investigated. The results show that NGEC has good thermoplastic and NGEC modified double base propellant exhibits a better processing property. Compared with NC-based propellant, NGEC modified double base propellant possesses 1.5 times higher elongation at low temperature (-40°C), stable ballistic performance and similar combustion properties and combustion waves structure. So, as an energetic thermoplastic binder instead of NC, NGEC can be used in new modified double base propellant research.

KW - Combustion performance

KW - Combustion waves structure

KW - Mechanical properties

KW - Modified nitrocellulose

KW - The high-solid modified double base propellant

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JF - Guti Huojian Jishu/Journal of Solid Rocket Technology

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Application of nitrate ester of cellulose glycidyl ether in propellant

Abstract

Keywords

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