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==In science and technology== ===Other uses in science and technology=== ...

==Science and technology== * Cox model, a [[proportional hazards models|proportional hazards model]] in statistics ...

An all-hazards approach to disaster management considers all known hazards and their natural and anthropogenic potential risks and impacts, with the i ...are based on a [[risk assessment]], using the [[Hazard analysis|identified hazards]], [[Vulnerability|vulnerabilities]] and probabilities of occurrence and es ...

* [[Incident (festival)]], a cultural festival of The National Institute of Technology in Surathkal, Karnataka, India ...ivities of an organization to identify, analyze and correct organizational hazards ...

...SC]], were the three research projects that pioneered and popularized RISC technology in the mid-1980s. In recognition of the impact MIPS made on computing, Henn ...sy founded [[MIPS Computer Systems]] in the same year to commercialize the technology developed by the project. In 1985, MIPS Computer Systems announced a new IS ...

...New Zealand)|GeoNet]])<ref name="geonet">[http://www.geonet.org.nz/ GeoNet Hazards Monitoring Network]</ref> and the National Isotope Centre (NIC),<ref> In mid May 2025, [[Minister of Science, Innovation and Technology]] [[Shane Reti]] announced that GNS would be integrated into a new [[Public ...

{{short description|Technology developed for use in Space exploration}} ...lsion|in-space propulsion]]; and a wide variety of [[:Category:Spaceflight technology|other technologies including support infrastructure equipment, and procedur ...

...-use planning]], geotechnics, rock mechanics, geomaterials, and geological hazards. ...[[Science Citation Index]], [[Current Contents]]/Engineering, Computing & Technology, and the [[Chemical Abstracts Service]]/[[CASSI]]. ...

*[[Serious Hazards of Transfusion]], or SHOT, an organisation monitoring blood transfusion err ...ry of Technology]], or SHOT, a professional organization for historians of technology ...

...discharges; [[nuclear accident]]s and [[Nuclear waste|wastes]]; [[radon]] hazards; medical x rays; [[epidemiology]] and [[molecular biology]]. Research on no ...Public Health England]] [[Centre for Radiation, Chemical and Environmental Hazards]] (CRCE) at the [[Harwell Science and Innovation Campus]] near [[Chilton, O ...

...quake prone [[Pacific Rim]], had been operational in the [[Indian Ocean]]. Technology, such as tremor and tidal gauges, fast data transfer and alarm mechanisms, ...ological Organisation]], about 90% of all natural disasters were caused by hazards related to weather and water. Speaking at the conference, he said: "It is W ...

...servant'' (''diener'' means ''[[servant]]''.<ref>[[Chemnitz University of Technology]]. Dictionary De - En. [https://web.archive.org/web/20160304022821/http://d ...|department = APT Careers.|publisher = Association of Anatomical Pathology Technology}}</ref> ...

|Section7={{Chembox Hazards ...processes via the [[oligomerization]] of [[ethylene]] and (ii) on-purpose technology. A minor route to 1-hexene, used commercially on smaller scales, is the [[D ...

{{Infobox technology standard ...zards. Functional Hazard Analyses / Assessments are central to determining hazards. FHA is performed early in aircraft design, first as an Aircraft Functional ...

| name = Alagappa College of Technology ...]], [[Tamil Nadu]], [[India]] that offers higher education in engineering, technology and allied sciences. The college was established in 1944 and was integrated ...

|Section7={{Chembox Hazards ...stal, A. E. Belal, Dr. H. A. El-shaikh, I. A. Ashraf, Crystal Research and Technology, 30, 1, 135 - 139</ref> ...

* [[Academy for Technology and the Classics]], a charter school in Santa Fe, New Mexico, US * [[Advanced Technology College]], a community college in Daytona Beach, Florida, US ...

|Section7={{Chembox Hazards ...actical applications of heteropolyacid and perovskite catalysts: Catalytic technology for the sustainable society | journal = Catalysis Today | volume = 144 | is ...

...in dozens of international conventions for research preventions of natural hazards, and a notable expert in volcanology, geology, disaster preparedness and se ...gion and Philippine's representative in the ASEAN Committee on Science and Technology (COST) Sub-Committee on Meteorology and Geophysics. ...

...cts/arcmap/life-cycle</ref>). Currently, Hazus can model multiple types of hazards: [[flood]]ing, [[hurricane]]s, coastal surge, [[tsunami]]s, and [[earthquak ...es, floods and hurricanes. Hazus uses Geographic Information Systems (GIS) technology to estimate physical, economic and social impacts of disasters. It graphica ...