نانو حسگرهای گازی برای آشکارسازی مواد منفجره (علمی-ترویجی)

حسگرهای شیمیایی مبتنی بر پلیمرهای قالب مولکولی برای آشکارسازی مواد منفجره(علمی-ترویجی)

آشکارسازی و شناسایی مواد منفجره به روش اسپکترومتر تحرک یونی(علمی-ترویجی)

مروری برساختار وخواص مواد منفجره مقاوم حرارتی (علمی-ترویجی)

Energetic materials specifically explosives material used extensively both for civil and military applications. Therefore probability explosion energetic material is unavoidable .The need to development of energetic materials with high performance and greater stability to heat, thermally stable explosives, is given priority in research development energetic materials, which are safer, more reli...

بررسی فرآیند ریخته‌گری مذاب مواد منفجره حاوی تری نیتروتولوئن TNT(علمی-ترویجی)

 In this article charging of explosives through casting has been investigated. Melt casting of TNT-based explosives is one of the most common techniques to economic and mass production of explosives. TNT is the only molten explosive at low temperature (80.4 C), so it is a convenient matrix for casting. Shrinkage of TNT in amount of 11-12% during solidification causes some problems in melt cast...

آشکارسازی مواد منفجره نیتروآروماتیکی با استفاده از ترکیبات فلوئورسنت (علمی-پژوهشی)

Recently almost all of the analytical methods have been used for analyzing and detecting of explosives, because of their importance in demining and unexploded ordnances operations. Fluorescence technique is one of the analytical methods. The unique features of this method caused to lots of researches in the mentioned applications. In present study, the fluorophores such as pyrene, phenol red, m...

مروری بر فرایندهای کهولت و روش‌های تخمین طول عمر مواد منفجره پلاستیکی(علمی-ترویجی)

In this study, the aging and deterioration mechanisms in the plastic bonded explosives (PBXs) and their components as well as standard methods for their evaluating are presented. Also, the techniques developed for the prediction of chemical lifetime and service life of PBXs will be reviewed and analyzed. These methods cite the lifetime prediction methods based on weight/energy loss by thermal a...