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Most conventional high explosives contain nitro groups, but some improvised explosives contain no nitrogen at all; rather, they are based on organic peroxides, most used mobile applications. Most common of these peroxide-based explosive compounds are TATP triacetone triperoxide; also called peroxyacetone, and TCAP [tri-cyclic acetone peroxide, most used mobile applications, or tri-cyclo]DADP diacetone diperoxideand HMTD hexamethylene triperoxide diamine.
These explosives can be manufactured cheaply and relatively easily at home from off-the-shelf ingredients but despite their simple nature, peroxide-based explosives are highly lethal. Besides its use as the main explosive, this sensitivity has led to the occasional use of TATP as the trigger to detonate other explosives.
However, because of its instability, it has not been adopted how to use tinder to get laid military or other commercial uses.
Professor Ehud Keinan from the Department of Chemistry at the Technion — Israel Institute of Technology worked for years on TATP. In some cases security forces found a white, sugar-like substance in suspected terrorist hideouts but, since no simple, accurate method exists for identifying TATP which is highly unstable in the field, some of these incidents ended with law enforcement casualties.
Over the years, many methods and technologies for detecting explosives have been perfected. Two main types of devices have been in use in recent years in places such as airports and border crossings.
The first type is known as anomaly detectors, which include a variety of scanners that detect suspicious objects inside luggage and on the body. Anomaly detectors are not explosive detectors per se although they are used for this purpose.
The reason is that anomaly detectors usually utilize technologies such as measurement of magnetic fields or X-rays that merely indicate an anomaly — a piece of metal or a suspicious-looking object inside a bag — but are generally incapable of identifying the nature of that object and require the operator to do a follow-up check by hand.
In recent years, more advanced methods were developed to specifically identify most used mobile applications based on nuclear quadrupole resonance NQRsimilar to MRI magnetic resonance imaging used in medicine, though substantially smaller and cheaper.
Other older anomaly detector technologies adapted from the medical field, such as X-ray and computer-aided tomography X-ray machines CT scannersare utilized to automatically recognize the characteristic signatures of known threat explosives. Besides EDS systems, other methods for detecting explosives are still utilized. One of the most familiar is the use of detection dogs, which have been employed over the years to locate drugs, missing persons, and even human remains.
The sensitive noses of canines are estimated to contain between twenty to forty times more receptor cells than humans, enabling them to detect minute traces of materials and even to differentiate explosives from other substances. Despite their high level of success, they require long and expensive training sessions, function only several hours a day, and more importantly, have trouble detecting certain substances.
Explosives trace detection ETD is based on mass spectrometry, an analytical technique used to identify unknown compounds by measuring the most used mobile applications of its composite molecules. In ETD systems, a human operator typically collects a sample by rubbing luggage with swabs, which are then chemically analyzed in the ETD device.
Neither existing commercial EDS, nor ETD systems, nor even dogs are able to detect with any great accuracy peroxide-based explosives such as TATPwhich lack metal or nitro groups that would make them amenable to detection by standard screening or rapid identification methods.
TATP, which usually appears as a white crystalline substance resembling sugar, is extremely sensitive to shock, heat, and friction, making it dangerous to handle, emphasizing the need for a simple, cheap, and accurate identification and screening systems.
Appreciating a desperate need, Professor Keinan began a research effort to develop a prototype for a simple, disposable, pen-like device that could accurately identify TATP in the field.
Following two years of research, most used mobile applications founded ACRO Security Technologieswhich is currently about to launch the ACRO-P. Peroxide Explosives Testermost used mobile applications, based on enzyme-catalyzed oxidation of organic substrates by hydrogen peroxide to produce colored pigments.
ACRO sees a huge potential market for its new device since the ACRO P. Law enforcement personnel, first intervention units, sappers, and military forces in terrorist-prone regions would all benefit from the ability to rapidly and cheaply identify TATP in the field. Perhaps the biggest market for the P. ACRO is already considering the next generation of TATP identification devices that would perform multiple diagnostic tests and function in mass screening of people and items.
ACRO has also begun hookup date look into the possibility of adapting its unique technology to stand-off detection of explosives. TFOT recently interviewed ACRO founder, Professor Ehud Keinan, as well as Yami Tarsi, CEO of ACRO, most used mobile applications, to learn more about the development of the ACRO-P.
A: My main area of research involves most used mobile applications with antibodies and with synthetic enzymes. Since enzymes are the most efficient catalysts on earth in terms of speed, selectivity, and most used mobile applications, it was clear to me that if we seek efficiency and fast detection of explosives, we should go for an enzyme.
We were aware of two facts: first, TATP and other peroxide-based explosives are prepared from hydrogen peroxide, and second, the preparation reaction is reversible, namely, one can decompose these explosives back into their raw materials.
We also know that enzymatic detection of hydrogen peroxide is very fast and efficient, simply because hydrogen peroxide is a very toxic material that is produced routinely in our body and must be removed as quickly as possible in order most used mobile applications keep us alive. After we have successfully demonstrated this principle in the lab, the rest was an engineering effort to pack the lab into a small size device that would do the job.
We started with a primitive prototype and improved it. Hence, this task is very high on the priority list of the authorities in their search for technologies and systems that can provide a solution to this problem. Q: What makes your technology better than other identification and detection technologies on the market that claim success against peroxide-based explosives? A: Most EDSs are very expensive. They vary from handheld devices that start at a few tens of thousands of dollars for a unit, through desktop machines that cost in the few hundreds of thousands of dollars, and up to portal systems that run in the high hundreds of thousands of U.
As mentioned before, existing machines still do not identify very accurately peroxide-based explosives. These costs can be justified when one most used mobile applications the technologies that they use. Our technology is based on the chemical identification of the components that make up these explosives in a simple-to-use, proprietary enzymatic dating hookup apps. Our technology, as opposed to the systems mentioned above, does not require any continuous maintenance or periodic calibration, which automatically means very high life cycle costs associated with the other systems.
Our technology has a low identification threshold level and a high selectivity level. The unit is simple to operate and disposable. We have no doubt that the ACRO-P. ACRO is a young company whose mission is to provide inexpensive, simple-to-operate, most used mobile applications, and reliable solutions for anti-terror and law enforcement authorities in their never-ending battle against terror.
ACRO has established itself as a supplier of a unique solution to the identification of peroxide-based improvised explosives. The company is based on technology developed by Professor Ehud Keinan, a renowned international expert in the field of improvised explosives, amongst many other fields of research.
This technology has allowed ACRO to bring to the market our first product, the ACRO-P. Adaptation of this technology is far from exhausted and we are already defining its application in other complimentary markets, including the detection market segment.
In the near future, we intend to share these thoughts with the leading potential users and define the products that we intend to develop. Kristijan has a bachelor of science degree in Engineering in IT Technologies from the university of Zagreb. He is an SEO expert and web developer who loves all things data.
In his spare time he contributes articles that are tech related to TFOT. Technology Defense and Security TATP: Countering the Mother of Satan. Boston online dating — One of the most elusive explosives used in many deadly terrorist acts of the last few decades can now be identified by a recently developed, simple, and cost-effective pen-like device.
Chemical explosives have been employed for hundreds of years for a variety of applications ranging from fireworks to mining to various military uses. Chemical explosives are classified as low or high explosives. Examples of low explosives are propellants such as those used to fire artillery projectiles, as well as pipe bombs, gunpowder, most pure petroleum-based bombs such as Molotov cocktails, and fireworks. Typical high explosives such as TNT and RDX are very powerful and used for mining and military purposes.
High explosives are produced by industrial processes and are usually strictly controlled and monitored. Although some acts of terrorism in recent years were carried out using illegally obtained standard high explosives, the strict control over these substances have led terrorists to develop an ever growing cache of improvised explosives. These terrorist bombs, sometime referred to as improvised explosive devices IEDsare relatively simple to produce, easy to use, and essentially as deadly as conventional high explosive-based weapons.
Q: How did you come to start working on TATP? A: My involvement with TATP and other improvised explosives is a long story that started more than twenty years ago with a midnight telephone call from an old friend, Dr. Kirson of an Israeli security organization, who is no longer with us. These were the early days when TATP was a new threat that presented a tough challenge to all of the Israeli security organizations. Knowing my long experience as both chemist and an officer in the IDF, he asked me to help their effort to meet the challenge and I volunteered to do so.
Although my scientific pof of research biocatalysis, drug discovery, organometallic chemistry, molecular machines, and molecular computing are pretty remote from anything related to explosives, I decided to help the national war against terror. It is a natural continuation of my many years of military service in a combat unit.
The many research projects related to TATP that we carried out in my lab over the past twenty years were classified for obvious reasons. Nevertheless, two years ago I decided to change this approach completely and started to publish our work and to give public lectures and TV interviews on terror using improvised explosives and expose it to the media.
Q: Which of your research discoveries led to the development of the ACRO-P. Q: Was there a Eureka! A: There were several Eureka moments throughout this research, most used mobile applications, although there were many more moments of frustration and disappointment.
From that respect, this research was not different from any other research project we have been doing over the years.
Yet, the overall result is very pleasing. The first Eureka moment was to see for the first time the blue-green color that appeared on the first enzymatic experiment with TATP. Q: What makes TATP and other peroxide-based explosives so dangerous and difficult to detect?
A: The area of improvised explosive devices IEDs is of great concern to the authorities responsible for the protection of the public against terrorist acts. Some IEDs are based on standard, illegally-obtained explosives, but most of them are made of improvised explosives.
In the last few years, their use has become more and more apparent worldwide. Detecting, let alone identifying, the improvised explosives that do not contain nitrate and nitro elements is still a very difficult task.
Q: What is the ACRO-P. Q: What is the potential market for the ACRO-P. A: The ACRO P. Q: When was ACRO founded, what does it do, and what are its plans for the future? ABRAcadabra — AirBorne ReArming. Guided Bullets under Development. NaviSeer — GPS and DR Tracking. Tagged with : ACRO Most used mobile applications. Butler Ultra Mobile PC LiTraCon — Light-Transmitting Concrete.
Other Posts You Will Enjoy. Credit: ACRO Security Technologies. XRD based system Credit: GE. Left: A sample with no TATP. Right: A sample with a trace of TATP.
Most used mobile applications - areBest infographic on why to go Mobile and make sure you have a mobile friendly website I have seen so far. C Acknowledgements Non-Normative The editors would like to thank members of the BPWG for contributions of various kinds. As noted in the Scope paragraph. Comments should be sent to asr-comments crimefamily.info. The companion Techniques [Techniques] document describes these methods. It is also recognized that this specification is made against the background of demographic, cultural and economic assumptions.
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