A Report On Eod Robotics - 880 Words

September 29, 2016 Bill Schultz Mrs.Mashock EOD Robotics EOD Robotics Introduction Eod robots are part of the reason people don t get blown up while walking down the street. However not everyone has explosives they can use for blowing people up. Eod robots are robots used by bomb disposal teams, EOD stands for explosives ordinance disposal. The remote-controlled, heavy-duty robot tEODor (telerob Explosive Ordnance Disposal and observation robot) is designed and manufactured by Telerob. Telerob is a business unit of Cobham Unmanned Systems. The robot is designed to provide enhanced bomb disposal capabilities to explosive ordnance disposal (EOD) teams. The robot offers high reliability and excellent manoeuvrability. It can be used to identify and disarm booby traps, fireworks, improvised explosive devices and other dangerous objects in closed areas, buildings and vehicles. It also performs reconnaissance, monitoring and investigation of objects in extra dangerous conditions.The tEODor bomb disposal robot system is in service with military and law enforcement units of more than 41 countries worldwide. The battery-powered tEODor robot system features modular design incorporating a wide array of accessories and advanced technical capabilities. The robot has a length of 1.3m, width of 6.85m, a height of 1.24m and a weight of 375 kg. It can carry a payload of 350 kg. tEODor can be equipped with chemical and radiological sensors for recon activities.The x-ray device isShow MoreRelatedEssay On Unmanned System743 Words   |  3 Pagessweat in little time even in cooler weather. Once all carbon fiber is properly sprayed down then the respirator and Tyvek suit can be removed. My thought is why couldn’t a robot perform some of these tasks to keep human risk at a minimum? For this report will only focus on responders to crash site after the fire is extinguished. The obvious need for a robot in this scenario is health of humans. With cameras and sensors attached to a robot an operator could guide the robot around the crash site evaluatingRead MoreIrobot Market Mix5083 Words   |  21 Pagescompanies to introduce robotic technology into the consumer market. Home care robots were iRobot’s most successful products, with over 5 million units sold worldwide and accounting for over half of its total annual revenue. iRobot had a long-standing contractual relationship with the U.S. government to produce robots for military defense. iRobot was fully gauged toward first mover radical innovation with an extensive RD budget. Made up of over 500 of the most distinguished robotics professionals in theRead MoreArtificial Intelligence and the Modern Military3400 Words   |  14 Pagesdesigned to reduce or eliminate the need for combat soldiers on missions or tasks that are considered to dangerous for human operators. These missions or task include Biological or Chemical detection, Explosive Ordinance Detection and Demolition (EOD), High value target identification and covert tracking, and Treat Detection and Neutralization. Artificial Intelligence (AI) is finally reaching the point where it is now feasible, and is starting to demonstrate its capabilities in the combat environmentRead MoreSwat8386 Words   |  34 Pages4.1.1 SWAT teams conducting hostage rescue operations should train their personnel on the following competencies: †¢ Threat assessment †¢ Intelligence gathering techniques †¢ Reconnaissance techniques †¢ Technology support (robotics, electronic surveillance) †¢ Tactical planning (timing and transition of crisis, deliberate, contingency phases) †¢ Adherence to priority of life matrix †¢ Breach point analysis (mechanical, explosive, thermal, ballistic) †¢ Read MoreArmy Regulation 190–5137102 Words   |  149 Pagesproperty. This authority may be delegated to commanders in the grade of lieutenant colonel. e. Unit commanders or activity chiefs will control and safeguard all supply and equipment areas within their command or activity. They will— (1) Promptly report to the provost marshal or equivalent organization, investigate, and resolve incidents involving loss, theft, misuse, or damage of Army resources. (2) Establish end–of–day security checks using Standard Form (SF) 701 (Activity Security Checklist)

The Vocabulary Test By Kathleen T. Williams - 1362 Words

Published in 2007 by Kathleen T. Williams, in conjunction with Pearson Assessment, the Expressive Vocabulary Test, Second Edition (EVT-2) is considered an individually administered, norm-referenced vocabulary assessment (Williams, 2007). The EVT-2 is the second edition of the original Expressive Vocabulary Test by Kathleen T. Williams. As the updated version of the original Expressive Vocabulary Test, the EVT-2 includes new features such as a â€Å"second, parallel form for examiners to test and retest to monitor growth and evaluate response to intervention, full-color illustrations that are larger than the illustrations of its predecessor, additional labeling items for a smoother transition into the synonym task and provide a broader sampling of vocabulary for older examinees† (Williams, 2007). According to the publisher, the EVT-2 is available for various settings, however, currently it is only available in the English language (Williams, 2007). In order to accommodate for those who may have special needs (i.e., the hearing-or vision-impaired), the EVT-2 manual provides suggested adaptations that will allow that population to participate in the assessment. In order to access the complete EVT-2 kit for assessment purposes, it will cost the purchaser USD $419 if they choose to purchase through the Pearson publishing company. This complete kit includes the manual, administration easels, 25 record forms for Form A and B, as well as a carrying bag (Williams, 2007). AdditionalShow MoreRelatedGeneral Information By Kathleen T. Williams1066 Words   |  5 PagesPublished in 2007 by Kathleen T. Williams, in conjunction with Pearson Assessment, the Expressive Vocabulary Test, Second Edition (EVT-2) is considered an individually administered, norm-referenced vocabulary assessment (Williams, 2007). The EVT-2 is the second edition of the original Expressive Vocabulary Test by Kathleen T. Williams. As the updated version of the original Expressive Vocabulary Test, the EVT-2 includes new features such as a â€Å"second, parallel form for examiners to test and retest to monitorRead MoreTesting Using Electronic Transmission Systems4374 Words   |  18 Pages Identifying these barriers could create an appropriate dialogue between stakeholders to find ways that can improve the system. To accelerate adoption of ELR, the Center of Disease Control and Prevention (CDC) advanced standards for vocabulary, format, and messaging; funded the development of software; and conducted an extensive outreach campaign to state and local health departments to increase use of the software [4]. To this end, Kentucky state and local public health departments haveRead MoreEngaging Privacy and Information Technology in a Digital Age12587 Words   |  51 Pagesoffers a number of concrete recommendations to enhance the effectiveness of privacy policies. Specifically, organizations with self-regulatory privacy policies should take both technical and administrative measures to ensure their enforcement, routinely test whether their stated privacy policies are being fully implemented, produce privacy impact assessments when they are appropriate, strengthen their privacy policy by establishing a mechanism for recourse if an individual or a group believes that theyRead MoreStephen P. Rob bins Timothy A. Judge (2011) Organizational Behaviour 15th Edition New Jersey: Prentice Hall393164 Words   |  1573 Pagescontributions from the Organizational Behavior Division of the Academy of Management. In 2007, he received the Professional Practice Award from the Institute of Industrial and Labor Relations, University of Illinois. Books Published: H. G. Heneman III, T. A. Judge, and J. D. Kammeyer-Mueller, Staffing Organizations, 7th ed. (Madison, WI: Mendota House/Irwin, 2011) Other Interests Although he cannot keep up (literally!) with Dr. Robbin’s accomplishments on the track, Dr. Judge enjoys golf, cookingRead MoreDeveloping Management Skills404131 Words   |  1617 PagesManagement—-Study and teaching. 2. Management—Problems, exercises, etc. Kim S. II. Title. HD30.4.W46 2011 658.40071 173—dc22 I. Cameron, 2009040522 10 9 8 7 6 5 4 3 2 ISBN 10: 0-13-612100-4 ISBN 13: 978-0-13-612100-8 B R I E F TA B L E O F C O N T E N T S Preface xvii Introduction 1 PART I 1 2 3 PERSONAL SKILLS 44 Developing Self-Awareness 45 Managing Personal Stress 105 Solving Problems Analytically and Creatively 167 PART II 4 5 6 7 INTERPERSONAL SKILLS 232 233 BuildingRead MoreOne Significant Change That Has Occurred in the World Between 1900 and 2005. 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Evaluation of the Evidence of Heat for Geology-myassignmenthelp

Question: Discuss about theEvaluation of the Evidence of Heat for Geology. Answer: Heat inside the earth and its origin are the two prime questions that forced researchers to conduct several experiments that can answer their question. This heat played a major role in shaping the environment and geology of the present-day earth (Huang at al., 2013). 4.54 billion years ago the conditions of earth were not the same like it is now, it has undergone several changes which has finally led to sustain life. The stabilization of earths temperature was possible due to the forces of nature or otherwise the forces of heat that altered earths outer geomorphology (Summerfield, 2014). The heat energy stored inside the earth is evident on the surface through the eruption of volcanoes, the violent earthquakes that represent the movement of the tectonic plates over the molten magma, the tsunamis that occur due to the movement of the oceanic plates, and the hot springs. All these natural forces are a sign that in the interior of the earth, there is a strong presence of an energy that is capable enough to both stabilize and destabilize the earths crust. Although, the heat energy is deep seeded in the interior of the earth, it travels to the surface through the conduction, convection and radiation (Modest, 2013). Fig 1: cross-section of earths interior [Source: Duffy, 2011] Heat energy flows a hot region to a cold region through radiation. Radiation is a process of heat transfer in which heat gets transferred through energy waves like infrared radiation and electromagnetic radiation. Both the forms of radiation do not involve matter to transfer the heat energy. As far as the inner core of earth is concerned, heat energy does not travel by radiation because it lacks the radioactive elements. A majority of the radioactive elements are preset in the earths crust and the mantle. The heat energy that emanates from the decay of the radioactive materials is called the radiogenic heat (Sato, Fehler Maeda, 2012). Thorium, uranium, and potassium are responsible for the majority of the radiogenic heat that is generated inside the earth. It is a debated fact that radiogenic heat generated in the mantle results in the convectional movement of the liquid mantle. Thus, radiation does not a big role in the transfer of heat energy from the core to the earth surface. De pending on the fact that core being made up of only nickel and iron which together is called the siderophile, does not conduct heat energy through radiation. This knowledge helps in the mining of the radioactive substances which is available both in the crust and the mantle. Radioactive elements on the other hand gives an added advantage in the medical research, treatment of several diseases, generation of thermal power (Chamorro et al., 2012). The heat energy in the inner core of earth is around 9000-degree Fahrenheit. The pressure inside the earths inner core is so huge that the metals get squeezed and are even not able to move in the liquid form (fig 1). However, this particular layer vibrates like a solid due to the intense pressure. While the outer core is a like a mass of hot metals in liquid state which is made up of nickel and iron. Heat energy from inner core to the outer core gets transferred through conduction. The apparently, vibrating semi solid core conducts the heat energy to the upper outer core through conduction. This heat again after crossing the lower and upper mantle moves to the next layer, which is called crust. The heat energy again gets dissipated through conduction which contributes to heating the earths crust (Kontny Bogusz, 2012). These conductions of heat energy make the geothermally hot water rise out of the crust, which are termed as geothermal springs. These geothermal springs have high mine ral content and tapping this energy can help in the generation of electricity. The next layer after the inner core is the outer core which being in liquid state conducts the heat energy to the next layer through the process of convection. The convectional heat flows into the next layer called the mantle which is composed of dense molten rock. This is the layer upon which the tectonic plates move. There are different types of crust which moves upon the fluid mantle, such as the oceanic crust, continental crust. When two continental crust collides with each other, one crust moves upon the other which leads to the formation of mountains (Suarez et al., 2014). The opposite happens when the two crusts reside which leads to the formation of furrows. Also when an oceanic crust collides with the continental crust, the oceanic crust submerges into the continental crust. The submergence of oceanic crust leads to the meltdown of the rocks that are in connection with the fluid mantle. Due to the continuous meltdown of the rock materials, a phenomenon called churning occurs which leads to the movement of the hot molten rock to the upper layers and the cold rock particles to the lower layer (Fyfe, 2012). This geological phenomenon is termed as convectional movement of the molten magma. This convectional heat flow lead to the direct buildup of the oceanic crust and helped in the formation of mountains and other geological landforms. Therefore, from the above discussion it can be concluded that the heat inside the earth that gets transferred to the surface of the earth through the process of conduction, convection, and radiation plays a major role in generation of energy, formation of geological landforms, and even mining of the radioactive substances for medical treatment. The heat that is stored inside the core of the earth is not directly transferred through the various layers like the inner and outer core, the upper and the lower mantle and the crust. The different layers although transfer the heat energy, however are geologically not made of same contents. Hence, the conduction process differs from the other layers. However, each and every layer contributes to the buildup of heat and the different layers conduct the heat through different processes, which ultimately reaches to the surface of the earth and are both measurable and can be harnessed for energy generation. Reference Chamorro, C. R., Mondjar, M. E., Ramos, R., Segovia, J. J., Martn, M. C., Villaman, M. A. (2012). World geothermal power production status: Energy, environmental and economic study of high enthalpy technologies.Energy,42(1), 10-18. Duffy, T. (2011). Earth science: Probing the core's light elements.Nature,479(7374), 480-481. https://dx.doi.org/10.1038/479480a Fyfe, W. S. (2012).Fluids In The Earth's Crust: Their Significance In Metamorphic, Tectonic And Chemical Transport Process(Vol. 1). Elsevier. Huang, Y., Chubakov, V., Mantovani, F., Rudnick, R. L., McDonough, W. F. (2013). A reference Earth model for the heat?producing elements and associated geoneutrino flux.Geochemistry, Geophysics, Geosystems,14(6), 2003-2029. Kontny, B., Bogusz, J. (2012). Models of vertical movements of the Earth crust surface in the area of Poland derived from leveling and GNSS data.Acta Geodynamica et Geomaterialia,9(3), 167. Modest, M. F. (2013).Radiative heat transfer. Academic press. Sato, H., Fehler, M. C., Maeda, T. (2012).Seismic wave propagation and scattering in the heterogeneous earth(Vol. 496). Berlin: Springer. Suarez, C. A., Gonzlez, L. A., Ludvigson, G. A., Kirkland, J. I., Cifelli, R. L., Kohn, M. J. (2014). Multi-taxa isotopic investigation of paleohydrology in the Lower Cretaceous Cedar Mountain Formation, Eastern Utah, USA: deciphering effects of the Nevadaplano Plateau on regional climate.Journal of Sedimentary Research,84(11), 975-987. Summerfield, M. A. (2014).Global geomorphology. Routledge.