Add to ORKGNew trends in advanced high energy materials Abstract: In the last twenty years military explosives and energetic materials in general have changed significantly. This has been due to several factors which include new operational requirements such as Insensitive Munitions (IM), but is also due to the availability of new materials and to new assessment and modelling techniques. These permit more effective use of materials and a more detailed understanding of the processes involved in applying the technology. This article will outline some of the effects in addition to taking a glance at what the future might hold
Abstract. The improvement of modern science and technology, changes in the form of war, have prompte...
Insensitive munitions has been with us now for more than two decades, a full generation. It has bec...
A review, with 4 refs. on thermodn. parameters in formulation and prodn. of gun propellants in conne...
Abstract: In the last twenty years military explosives and energetic materials in general have chang...
Military high explosives are safe to handle, have a long shelf life, their energy density is high an...
In the last 50 years, very many new energetic compounds have been made as potential ingredients for ...
Apart front the previous requirements for energetic materials such as performance, safety, life etc....
ABSTRACT. In the last 50 years, very many new energetic compounds have been made as potential ingred...
The concept of Insensitive Munitions, or IM, is not new; the U.S. Department of Defense (DoD) has be...
Amongst the military services, the Navy has taken a unique approach to developing energetic systems ...
In the Netherlands, no national industry in the field of energetic materials / ammunition for milita...
A recent study was dedicated to relate the behaviour of Insensitive Munitions (IM) to an operational...
A review, without refs. on applied research work in Fraunhofer Institute for Chem. Technol., Germany...
The paper presents different types of insensitive munition used in military equipment, especially in...
The first explosive, well described by the literature, was black powder. Despite its low detonation ...
Abstract. The improvement of modern science and technology, changes in the form of war, have prompte...
Insensitive munitions has been with us now for more than two decades, a full generation. It has bec...
A review, with 4 refs. on thermodn. parameters in formulation and prodn. of gun propellants in conne...
Abstract: In the last twenty years military explosives and energetic materials in general have chang...
Military high explosives are safe to handle, have a long shelf life, their energy density is high an...
In the last 50 years, very many new energetic compounds have been made as potential ingredients for ...
Apart front the previous requirements for energetic materials such as performance, safety, life etc....
ABSTRACT. In the last 50 years, very many new energetic compounds have been made as potential ingred...
The concept of Insensitive Munitions, or IM, is not new; the U.S. Department of Defense (DoD) has be...
Amongst the military services, the Navy has taken a unique approach to developing energetic systems ...
In the Netherlands, no national industry in the field of energetic materials / ammunition for milita...
A recent study was dedicated to relate the behaviour of Insensitive Munitions (IM) to an operational...
A review, without refs. on applied research work in Fraunhofer Institute for Chem. Technol., Germany...
The paper presents different types of insensitive munition used in military equipment, especially in...
The first explosive, well described by the literature, was black powder. Despite its low detonation ...
Abstract. The improvement of modern science and technology, changes in the form of war, have prompte...
Insensitive munitions has been with us now for more than two decades, a full generation. It has bec...
A review, with 4 refs. on thermodn. parameters in formulation and prodn. of gun propellants in conne...