PDF-Detection methods for irradiated foods

Detection methods for irradiated foodsDavid AcostaCereal Quality LabTexas AM UniversityDavid AcostaCereal Quality LabTexas AM University Introduction IntroductionIntroduction149149Irradiation. 02nT Faster cycle rates Up to 10Hz Longer range detection Pros brPage 5br Magnetometers Magnetometers Large distant targets mask small local targets Difficult to pick out small target due to background noise No sense of direction of target on single IRRADIATED IRRADIATED 2 RaysX-RaysUltravioletInfraredShort Wavelength/High Frequency IRRADIATED and is used on more than 60 food types in over 40 countries worldwide. Irradiation of food is designed t A better option?. Have you ever found yourself debating whether to buy organic food versus conventionally grown foods?. What is organic?. O. rganic . foods are items that are produced, processed and packaged without using chemicals including items such as vegetables, fruit, milk, meat and cotton.. Nidia C. Gallego. Robbie a. Meisner. Tim D. . Burchell. Oak Ridge National Laboratory. INGSM-13. Seattle, WA – September 15. , . 2013. Irradiation damage in graphite induces dimensional changes. Polygranular. Chapter 12. Target Microorganisms for Molecular-Based Testing. Those that are difficult or time-consuming to isolate. e.g., . Mycobacteria. Hazardous organisms. e.g., . Histoplasma. , . Coccidioides. 14. C in . Irradiated Graphite. Mary Lou Dunzik-Gougar. Idaho State University and Idaho National Laboratory. INGSM-14, Seattle, WA, USA. September 2013. Due recognition of student researchers, consultants and startup funding. Protection of Foods . Radiation. may be defined as the . “emission and propagation of energy through space or through a material medium”.. Because they destroy microorganisms without appreciably raising the temperature, the process is termed “. 2. /86. Contents. Statistical . methods. parametric. non-parametric (clustering). Systems with learning. 3. /86. Anomaly detection. Establishes . profiles of normal . user/network behaviour . Compares . Presented by Keith Elliott. Background. Why are they used. ?. Movement towards more secured computing systems. Management is becoming cognizant of growing cyber-threats. Where are they used?. Medium to Large . of irradiated . MSSDs with p-stop. . 1. Parameter. Value. n. + . / p. + . doping. . [. cm. -3. ]. 5e18. N. eff. (320P) [. cm. -3. ]. 3.4e12. N. eff. (200P) [. cm. -3. ]. 3e12. N. eff. (120P) [. ↔. Incoherent. Photon Detection . ↔. Bolometric. Photon Counting . ↔ Integrating. Radio Telescopes. Typical Designs. Heterodyne Receivers. Jansky’s First Radio Telescope. 1933. Grote Reber: 1937 Radio Telescope. Shilin . He. ,. . Jieming. Zhu, . Pinjia. . He,. and Michael R. . Lyu. Department of Computer Science and Engineering, . The Chinese University of Hong Kong, Hong Kong. 2016/10/26. Background & Motivation. Radiation. may be defined as the . “emission and propagation of energy through space or through a material medium”.. Because they destroy microorganisms without appreciably raising the temperature, the process is termed “. What is Edge Detection?. Identifying points/Edges . in a digital image at which the image brightness changes sharply . or . has . discontinuities. . - Edges are significant local changes of intensity in an image..