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Name two confirmatory tests for the presence of intact explosives located in debris?
Two confirmatory tests for the presence of intact explosives in debris are gas chromatography-mass spectrometry (GC-MS) and ion mobility spectrometry (IMS). These tests can provide specific molecular information about the components of the explosive material present in the debris.
There are two major hazards associated with conventional explosives?
The two major hazards associated with conventional explosives are explosion and fragmentation. Explosion occurs when the explosive material is detonated, releasing a large amount of energy in a short period of time. Fragmentation refers to the flying debris and shrapnel that can cause injury or damage when an explosive device detonates.
What two major hazards associated with conventional explosives?
blast or shockwave fragmentation
What occurs when the pressure of an explosion expands and tears the casing of the explosives?
When the pressure of an explosion expands and tears the casing of the explosives, it releases the stored energy rapidly, resulting in the explosion. The sudden burst of energy can cause significant damage to surrounding objects and individuals due to the high-pressure wave and flying debris. The tear in the casing allows the explosion to propagate freely, amplifying its destructive force.
What do Purulent exudates contain?
Purulent exudates contain the following: degraded WBC's; protein; tissue debris.
Name two confirmatory tests for the presence of intact explosives located in debris?
Two confirmatory tests for the presence of intact explosives in debris are gas chromatography-mass spectrometry (GC-MS) and ion mobility spectrometry (IMS). These tests can provide specific molecular information about the components of the explosive material present in the debris.
What are low order detonation?
leave large ordanance fragemnts containing explosives and may leave chunks or pieces of exposed explosives; do not remove remaining debris
What are low-order detonations?
they leave large ordnance fragments containing explosives and may leave chunks or pieces of exposed explosives; do not remove remaining debris.
Low order detonations leave?
leave large ordnance fragments containing explosives and may leave chuncks or pieces of exposed explosives; do not move remaining debris
Why earth is rotating?
it is due to presence of debris disk around sun
What happens in low order detonations?
leave large ordance fragments containing explosives and my leave chunks or pieces of exposed explosive do not move remaining debris
What do low order detonations do?
leave large ordinance fragments containing explosives and may leave chunks or pieces of exposed explosive, do not remove remaining debris
Low-order detonations leave?
Leave large ordnance fragments containing explosives and may leave chunks or pieces of exposed explosive; do not move remaining debris.
Are the thin hairs located just inside the nostrils to filter debris?
Cilia
There are two major hazards associated with conventional explosives?
The two major hazards associated with conventional explosives are explosion and fragmentation. Explosion occurs when the explosive material is detonated, releasing a large amount of energy in a short period of time. Fragmentation refers to the flying debris and shrapnel that can cause injury or damage when an explosive device detonates.
What does proteinaceous debris mean?
Proteinaceous debris refers to remnants of protein materials that result from the breakdown or degradation of biological tissues, cells, or proteins. This debris can be found in various contexts, such as in biological samples, during pathological processes, or in environmental settings. It often indicates cellular damage, necrosis, or the presence of disease. Analyzing proteinaceous debris can provide insights into health conditions or the biological status of an environment.
What are the factors that affect debris flows?
Factors that affect debris flows include steep slopes, heavy rainfall or rapid snowmelt, loose soil or rock material that can easily become mobilized, and the presence of vegetation or other barriers that can impede the flow. Human activities such as deforestation or construction can also influence the susceptibility of an area to debris flows.
