About site: Chemistry/Elements/Rhenium - It's Elemental: Rhenium
Return to Science
  About site: http://education.jlab.org/itselemental/ele075.html

Title: Chemistry/Elements/Rhenium - It's Elemental: Rhenium Basic physical and historical information.
LANL__Rhenium History, sources, properties, and uses.

Lenntech__Rhenium Physical data, chemical properties, and health effects.

Rhenium Data tables and historic information.

USGS_Minerals_Information__Rhenium Statistics and information on the worldwide supply, demand, and flow of the element (PDF format).

Visual_Elements__Rhenium General and physical information, source, uses, key isotopes, and ionisation energies.

WebElements__Rhenium Extensive information on history, uses, occurrence, compounds, and properties.


  Alexa statistic for http://education.jlab.org/itselemental/ele075.html





Get your Google PageRank






Please visit: http://education.jlab.org/itselemental/ele075.html
  Related sites for http://education.jlab.org/itselemental/ele075.html
    Wikipedia__Rhenium Properties of the element, including its history, applications, and characteristics.
    Radiochemistry_of_Rhenium Full text of the monograph by G. W. Leddicotte (Oak Ridge National Laboratory, Oak Ridge, Tennessee). [PDF] (March, 1961)
    ChemicalElements_com__Mercury Basic information, atomic structure, and isotopes.
    EnvironmentalChemistry_com__Mercury___Nuclides Extensive information on the nuclides of mercury, including potential parent nuclides.
    It\'s_Elemental__Mercury Basic physical and historical information.
    LANL__Mercury Basic information, history, and uses.
    Lenntech__Mercury Physical data, chemical properties, health and environmental effects.
    Mercury A very brief description of Mercury, with a good diagram of its electron orbitals.
    Mercury Data tables and historic information.
    Mercury_and_Methylmercury_by_IC-ICPMS Analysis of biological, pharmaceutical, and environmental samples for methylmercury and mercury.
    Mercury,_Get_Mad_Now,_Not_Later Gives a description of mercury, as well as its uses and environmental and health hazards associated with it.
    Mercury_in_Space Answers the question of what happens to Mercury in space.
    Mercury_in_the_Laboratory Practical considerations when working with mercury in the laboratory.
    Sandia_National_Laboratories___Mercury Information about mass of isotopes of mercury. Also information on analyzing it, such as Heavy Ion BackScattering and Rutherford BackScattering.
    USGS_Minerals_Information__Mercury Statistics and information on the worldwide supply, demand, and flow of the element (PDF format).
    Vermont_Legislative_Research_Shop_-_Mercury_Information Features basic information about Mercury, as well as its harmful effects and legislation concerning Mercury in some American States.
    Visual_Elements__Mercury Image, general and physical information, source, uses, key isotopes, and ionisation energies.
    WebElements__Mercury Contains extensive information about Mercury, as well as pictures and videos that show its physical appearance and how it reacts with certain chemicals.
    Why_is_Mercury_liquid_at_room_temperature? Explores the question of why Mercury is liquid at room temperature. It also provides some links to other sites regarding this chemistry quandary.
    Why_Worry_About_Mercury____Chemical_Properties Gives some chemical properties of mercury, as well as hazard precautions when dealing with mercury.
    Wikipedia__Mercury Properties of the element, including its history, applications, and characteristics.
    Radiochemistry_of_Mercury Full text of the monograph by Josef Roesmer (Westinghouse Astronuclear Laboratory, Pittsburgh, Pennsylvania). [PDF] (September, 1970)
    Apsidium__Bohrium Basic information and atomic structure.
    Berkeley_National_Laboratory__Bohrium An article about an effort to determine the volatility of this element.
    Borhium Historic information.
    ChemicalElements_com__Bohrium Basic information, atomic structure, and isotopes.
    EnvironmentalChemistry_com__Bohrium Atomic structure, chemical and physical properties, and isotopes.
    It\'s_Elemental__Bohrium Basic physical and historical information.
    LANL__Bohrium Basic information and history.
    Lenntech__Bohrium Basic chemical properties.
    Visual_Elements__Bohrium Image, source, general and physical information, and ionisation energies.
    WebElements__Bohrium Information on history, isolation, and properties.
    ChemicalElements_com__Rutherfordium Basic information, atomic structure, and isotopes.
    EnvironmentalChemistry_com__Rutherfordium Atomic structure and table of nuclides.
    It\'s_Elemental__Rutherfordium Basic physical and historical information.
    LANL__Rutherfordium Basic information, history, and isotopes.
    Lenntech__Rutherfordium Physical data and chemical properties.
    Rutherfordium Historic information.
    Visual_Elements__Rutherfordium Physical information, key isotopes, and ionisation energies.
    WebElements__Rutherfordium Information on history and properties.
This is now2007.com cache of m/ as retrieved on 2008.12.04 now2007.com's cache is the snapshot that we took of the page as we crawled the web. The page may have changed since that time.
It's Elemental - The Element RheniumPrivacy and Security NoticeJefferson LabJefferson Lab HomeSearchContact JLabScience Education----------------------Science Education HomeTeacher ResourcesStudent ZoneGames and PuzzlesPrograms and EventsSearch EducationIt's ElementalPrevious ElementPrevious ElementTable of ElementsNext ElementNext Element 75ReRhenium186.207RheniumAtomic Number:75Atomic Weight:186.207Melting Point:3459 K (3186°C or 5767°F)Boiling Point:5869 K (5596°C or 10105°F)Density:20.8 grams per cubic centimeterPhase at Room Temperature:SolidElement Classification:MetalPeriod Number:6Group Number:7Group Name:noneWhat's in a name?From the Latin word for the Rhine River, Rhenus.Say what?Rhenium is pronounced as REE-ni-em.History and Uses:Rhenium was discovered by the German chemists Ida Tacke-Noddack, Walter Noddack and Otto Carl Berg in 1925. They detected rhenium spectroscopically in platinum ores and in the minerals columbite ((Fe, Mn, Mg)(Nb, Ta)2O6), gadolinite ((Ce, La, Nd, Y)2FeBe2Si2O10) and molybdenite (MoS2). Rhenium is present in these materials only in trace amounts. In 1928, Noddack and Berg were able to extract 1 gram of rhenium from 660 kilograms of molybdenite. Today, rhenium is obtained as a byproduct of refining molybdenum and copper.Rhenium is used in flash lamps for photography and for filaments in mass spectrographs and ion gages, but is most frequently used as an alloying agent in tungsten and molybdenum and as a catalyst for performing certain reactions to a type of hydrocarbon known as an olefin.Estimated Crustal Abundance:7×10-4 milligrams per kilogramEstimated Oceanic Abundance:4×10-6 milligrams per literNumber of Stable Isotopes:1(View all isotope data)Ionization Energy:7.88 eVOxidation States:+7, +6, +4Electron Shell Configuration:1s22s22p63s23p63d104s24p64d104f145s25p65d56s2This page is maintained by Steve Gagnon.Citation and linking information
 

Basic

physical

and

historical

information.

http://education.jlab.org/itselemental/ele075.html

It's Elemental: Rhenium 2008 December

dvd rental

dvd


Basic physical and historical information.

Rules

© 2005 Internet Explorer 5+ or Netscape 6+
Recommended Sites: 1. Arts - Business - Computers - Games - Health - Home - Kids and Teens - News - Recreation - Reference - Regional - Science - Shopping - Society - Sports - World Miss Gallery - Top Anime Hentai - DVD rental by mail - Its a Knockout - Loans - Loans - Loans - Ringtones
2008-12-04 09:49:32

Copyright 2005, 2006 by Webmaster
Websites is cool :)