Add to ORKGIn many demining situations, in situ neutralization of AR landmines is accomplished by using explosive charges to detonate the mines in place. However, there are times when it is not appropriate, safe, or feasible to use explosive charges to neutralize AP mines
The complexity of the issue of alternatives to AP landmines is great from both a humanitarian and a ...
Armed non-state actors are currently involved as fighting parties in conflicts all over the world; h...
The need for landmines in Korea will remain the same without a change in the terrain or the proximit...
Researchers at the U.S. Army Research, Development and Engineering Command who work with the Communi...
Landmine clearance operations can be broadly categorised into two roles: military and humanitarian d...
The Antipersonnel Mine Neutralization Device (APMINUD) is a mechanical system for safely detonating ...
In many mine-affected countries, sourcing, transporting and reliably initiating explosives is one of...
Since World War II, more vehicles have been lost to land mines than all other threats combined. Anti...
Unplanned explosions at munitions sites (UEMS) frequently result in contamination and destruction si...
TheConvention on the Prohibition of the Use, Stockpiling, Production and Transfer of Anti-personnel ...
The 1997 Ottawa Convention defines a mine as a munition designed to be placed under or near the gro...
The authors argue that survey and clearance methods in areas contaminated solely by unexploded submu...
The human toll from AP mines is large. The United Nations estimates that there are over 100 million ...
This report describes the results and analysis of the field test of the Improved Anti Personnel Mine...
Mines, UXO and improvised explosive devices are explosive hazards that have proliferated for many de...
The complexity of the issue of alternatives to AP landmines is great from both a humanitarian and a ...
Armed non-state actors are currently involved as fighting parties in conflicts all over the world; h...
The need for landmines in Korea will remain the same without a change in the terrain or the proximit...
Researchers at the U.S. Army Research, Development and Engineering Command who work with the Communi...
Landmine clearance operations can be broadly categorised into two roles: military and humanitarian d...
The Antipersonnel Mine Neutralization Device (APMINUD) is a mechanical system for safely detonating ...
In many mine-affected countries, sourcing, transporting and reliably initiating explosives is one of...
Since World War II, more vehicles have been lost to land mines than all other threats combined. Anti...
Unplanned explosions at munitions sites (UEMS) frequently result in contamination and destruction si...
TheConvention on the Prohibition of the Use, Stockpiling, Production and Transfer of Anti-personnel ...
The 1997 Ottawa Convention defines a mine as a munition designed to be placed under or near the gro...
The authors argue that survey and clearance methods in areas contaminated solely by unexploded submu...
The human toll from AP mines is large. The United Nations estimates that there are over 100 million ...
This report describes the results and analysis of the field test of the Improved Anti Personnel Mine...
Mines, UXO and improvised explosive devices are explosive hazards that have proliferated for many de...
The complexity of the issue of alternatives to AP landmines is great from both a humanitarian and a ...
Armed non-state actors are currently involved as fighting parties in conflicts all over the world; h...
The need for landmines in Korea will remain the same without a change in the terrain or the proximit...