Use of bulk explosives such as AN-FO, heavy AN-FO, SLLURY and various Emulsions significantly improves explosive energy efficiency in the rock massif. Many operating engineers have the opportunity to examine and modify the technical characteristics of explosives and technologists especially, in the production of explosives where the main goal is improvement, the energy capacity by adding various components. The question is when is technically and economically most suitable to use aluminum small particles, in mixtures. This paper presents several comparative parameters aimed to help the mining operating engineers to choose the most economical explosive mixture, including the percentage of added this article
The use of metals as high-energy fuels has been for long time a common approach to increase performa...
This research focused on analyzing the effects of aluminum in high explosives such as PBX9501 using ...
Condensed phase explosives used in conventional explosive systems have a charge size on the order of...
Aluminum is an easily available and cheap material, which is widely used in military and civil indus...
As a kind of high explosives, aluminized explosive cannot release the energy maximumly, which is a k...
AbstractAluminum as an important fuel component has been widely used in the field of arms and ammuni...
Aluminum powder is a common ingredient in energetic materials. The aluminum is used to increase the ...
Energetic materials have been widely used for military purposes. Continuous research programs are pe...
As nano-aluminum powder (NAP) can improve the detonation performance of aluminum-containing explosiv...
Purpose. To improve the efficiency of blasting operations in mines taking into consideration the upg...
Bulk explosives, booster and blast design play an important role in rock blasting. Bulk explosives a...
A common use for reactive metals is adding them to applications involving propellants and explosives...
The possibilities to combine metal and metal oxide powders in various compositions open a broad rang...
Warhead casings are most often made of steel due to its low cost, high strength, good manufacturabil...
In the mining field, blasting is the predominant method for breaking of consolidated rocks and the m...
The use of metals as high-energy fuels has been for long time a common approach to increase performa...
This research focused on analyzing the effects of aluminum in high explosives such as PBX9501 using ...
Condensed phase explosives used in conventional explosive systems have a charge size on the order of...
Aluminum is an easily available and cheap material, which is widely used in military and civil indus...
As a kind of high explosives, aluminized explosive cannot release the energy maximumly, which is a k...
AbstractAluminum as an important fuel component has been widely used in the field of arms and ammuni...
Aluminum powder is a common ingredient in energetic materials. The aluminum is used to increase the ...
Energetic materials have been widely used for military purposes. Continuous research programs are pe...
As nano-aluminum powder (NAP) can improve the detonation performance of aluminum-containing explosiv...
Purpose. To improve the efficiency of blasting operations in mines taking into consideration the upg...
Bulk explosives, booster and blast design play an important role in rock blasting. Bulk explosives a...
A common use for reactive metals is adding them to applications involving propellants and explosives...
The possibilities to combine metal and metal oxide powders in various compositions open a broad rang...
Warhead casings are most often made of steel due to its low cost, high strength, good manufacturabil...
In the mining field, blasting is the predominant method for breaking of consolidated rocks and the m...
The use of metals as high-energy fuels has been for long time a common approach to increase performa...
This research focused on analyzing the effects of aluminum in high explosives such as PBX9501 using ...
Condensed phase explosives used in conventional explosive systems have a charge size on the order of...