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• 16"/50 caliber Mark 7 gun
  ...ridge=AP Mark 8: 2,700 lb. (1,225 kg)<br>HC Mark 13: 1,900 lb. (862 kg)<br>Nuclear Mark 23: 1,900 lb. (862 kg) |velocity= AP: 2,500 ft/s (762 m/s)<br>HC & Nuclear: 2,690 ft/s (820 m/s)
  11 KB (1,599 words) - 22:20, 1 July 2010
• Ship gun fire-control systems
  ...hnological advantage in WWII against the Japanese who did not develop this technology, and still used visual correction of shots with colored splashes. Digital c ...S Texas (BB-35)|USS ''Texas'']] in 1916. Because of the limitations of the technology at that time, the initial rangekeepers were crude. For example, during Worl
  54 KB (8,488 words) - 21:31, 2 July 2010
• Hydroelectric
  ...9-01}}</ref>. Coming in second place was [[wind energy|wind]], third was [[nuclear energy]], and fourth was [[solar energy|solar]] [[photovoltaic]]<ref name=" ...associated with [[uranium mining]], nor [[Nuclear and radiation accidents|nuclear leaks]]. Unlike uranium, hydroelectricity is also a renewable energy source
  39 KB (5,447 words) - 23:02, 2 July 2010
• Potassium iodide
  ...le salt and collagen preparations. International Journal of Food Science & Technology. Volume 43 Issue 5, Pages 895 -899. (Published Online: 27 Nov 2007)</ref> Thyroid iodine uptake blockade with potassium iodide is used in [[nuclear medicine]] [[scintigraphy]] and therapy with some radioiodinated compounds
  23 KB (3,281 words) - 16:44, 27 September 2010
• Metformin
  ...=Carteciano J |date=2005 |publisher= Philippines Department of Science and Technology|accessdate=2009-12-05}}</ref> used metformin (he named it ''Fluamine'') to ...is through AMP-activated protein kinase-dependent regulation of the orphan nuclear receptor SHP |journal=Diabetes |volume=57 |issue=2 |pages=306–14 |year=20
  66 KB (8,976 words) - 16:47, 27 September 2010
• Activated carbon
  ...ason=where is this documented?|date=July 2009}}, with plans to utilize the technology to treat water at this festival for the next 20 years {{Citation needed|rea ...ons, including the Alliance for Collaborative Research in Alternative Fuel Technology (ALL-CRAFT, http://all-craft.missouri.edu) program, are continuing to condu
  41 KB (5,738 words) - 16:47, 27 September 2010
• Mercury (element)
  ...is due to the presence of a filled 4f shell. An f shell poorly screens the nuclear charge that increases the attractive [[Coulomb's law|Coulomb interaction]] ...an a day. {{chem|199|Hg}} and {{chem|201|Hg}} are the most often studied [[Nuclear magnetic resonance|NMR]]-active nuclei, having spins of {{frac|2}} and {{fr
  69 KB (10,077 words) - 21:35, 20 September 2010
• Layered double hydroxides
  ...sposed under oxidising conditions in volcanic tuff at the [[Yucca Mountain nuclear waste repository]]. Unfortunately carbonate easily replaces iodide in its i | title = Yucca Mountain Project-Science & Technology Radionuclide Absorbers Development Program Overview
  8 KB (1,128 words) - 10:07, 20 September 2010
• 3-Dimensional Quartz Phenolic
  ...als and is tough and fire-resistant. 3DQP is used for the manufacture of [[Nuclear Weapon]] [[Atmospheric reentry|Re-entry vehicles]] (RV). ...quartz material '[[electromagnetic pulse|hardens]]' the RV protecting the nuclear warhead against high-energy [[neutron]]s emitted by exo-atmospheric [[Anti-
  2 KB (339 words) - 10:08, 20 September 2010
• Ceramic materials
  ...ese materials for applications such as advanced drivers for laser-driven [[Nuclear fusion|fusion]] power plants. ...s developed at the [[United States]] [[National Institute of Standards and Technology|National Bureau of Standards]] in 1954. PZT is used as an [[Ultrasonic sens
  28 KB (3,876 words) - 10:08, 20 September 2010
• Polyanhydrides
  ...he structural features of the [[polymer]]. For example, the analysis of [[nuclear magnetic resonance]]([[NMR]]) peaks allows one to determine if a copolymer ...e can be determined using DSC, [[Small angle X-ray scattering (SAXS)]], [[Nuclear magnetic resonance]] (NMR), and [[X-ray diffraction]].
  10 KB (1,280 words) - 10:09, 20 September 2010
• Polymer
  ...ht]], and [[polydispersity]]. [[FTIR]], [[Raman spectroscopy|Raman]] and [[Nuclear magnetic resonance|NMR]] can be used to determine composition. Thermal prop ...ref><ref>Faudree M.C. and Fujimaki A. (2004) Basic English for Science and Technology, (3rd printing) Eihosha, Tokyo. ISBN 4-269-18019-6 C1082</ref>Polymers aff
  45 KB (6,501 words) - 10:11, 20 September 2010
• Petroleum
  ...s, and is now important across society, including in economy, politics and technology. The rise in importance was mostly due to the invention of the [[internal c *Advanced technology cars such as [[hybrid vehicle]]s which use petroleum and/or biofuels, albei
  69 KB (9,885 words) - 10:12, 20 September 2010
• Colloid
  ...n chemical process industries utilize [[High shear mixer|high shear mixing technology]] to create novel colloids. ...for the long-range transport of plutonium on the [[Nevada Test Site|Nevada Nuclear Test Site]]. They have been the subject of detailed studies for many years.
  27 KB (3,735 words) - 10:13, 20 September 2010
• Metal
  ...s in a metallic bond. However, other factors (such as [[atomic radius]], [[nuclear charge]], number of bonding [[Atomic orbital|orbitals]], overlap of orbital ...[Nuclear reactor technology|nuclear power plants]] to produce energy via [[nuclear fission]]. Mercury is a liquid at room temperature and is used in switches
  24 KB (3,311 words) - 10:13, 20 September 2010
• Depleted uranium
  ...ense</ref> DU is also found in [[Nuclear reprocessing|reprocessed]] spent nuclear reactor fuel, but that kind can be distinguished from DU produced as a bypr ...). There was some hope that the enrichment process would be improved and [[Nuclear fission|fission]]able [[isotope]]s of U-235 could, at some future date, be
  80 KB (11,721 words) - 10:13, 20 September 2010
• Refractory metals
  ...ages = 86–93 | isbn =9787302125358| title =Manufacturing engineering and technology| publisher = Pearson Prentice Hall | first1 =Kalpakjian| last1 = Schmid | Refractory metals are used in [[lighting]], tools, [[lubricant]]s, [[nuclear reaction]] [[control rod]]s, as [[catalyst]]s, and for their [[chemical]] o
  25 KB (3,519 words) - 10:13, 20 September 2010
• Ruthenium
  ...luation of nuclear and decay properties|author=Audi, G. ''et al.''|journal=Nuclear Physics A|volume=729|year=2003|pages=3}}</ref> ...ref name="kirk-pt">{{cite book |title=Kirk Othmer Encyclopedia of Chemical Technology |first =R. J.|last = Seymour|coauthors = O'Farrelly, J. I. |chapter=Platinu
  39 KB (5,430 words) - 10:13, 20 September 2010
• Aerogel
  ..., D.E. [http://pdg.lbl.gov/2007/reviews/atomicrpp.pdf Abridged from Atomic Nuclear Properties]. Particle Data Group: 2007.</ref> ...residential use of aerogel as an insulator is in the Georgia Institute of Technology's [[Solar Decathlon]] House where it is used as an insulator in the semi-tr
  26 KB (3,758 words) - 10:14, 20 September 2010
• Polystyrene
  ...|first2= G.|last2=Chandra Basak|year=2007|journal = Materials Science and Technology|volume = 23|issue = 3|pages=307–317 |doi=10.1179/174328407X158640}}</ref> ...|first2= G.|last2=Chandra Basak|year=2007|journal = Materials Science and Technology|volume = 23|issue = 3|pages=307–317 |doi=10.1179/174328407X158640}}</ref>
  36 KB (5,017 words) - 10:14, 20 September 2010

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