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nuclide

Examples

  • nuclide n. A type of atom specified by its atomic number, atomic mass, and energy state, such as carbon 14. — “nuclide: Definition from ”,
  • Definition of nuclide from Webster's New World College Dictionary. Meaning of nuclide. Pronunciation of nuclide. Definition of the word nuclide. Origin of the word nuclide. — “nuclide - Definition of nuclide at ”,
  • nuclide (plural nuclides) (physics) An isotope of an element specified by its atomic Retrieved from "http:///wiki/nuclide" Categories:. — “nuclide - Wiktionary”,
  • A nuclide (from lat.: nucleus) is a nuclear species which is characterized by the number of protons and neutrons that every atomic nucleus of this species contains.For a short-hand designation of the nuclide, one writes the mass number (number of. — “Nuclide | ”,
  • Nuclide. A nuclide (from nucleus, originally from Latin, meaning kernel of a nut) is an atomic species characterized by the specific constitution of its nucleus, i.e., by its number of protons Z, its number of neutrons N, and its energy state. — “Nuclide - Kosmix : Reference, Videos, Images, News, Shopping”,
  • Table of nuclides (segmented, wide) - These isotope tables show all of the known isotopes of the chemical elements, arranged with increasing atomic number from left to right and increasing neutron number from top to bottom. Table of nuclides (complete) - The isotope table below shows isotope. — “Nuclide | TutorVista | Web”,
  • Sometimes referred to as a "nuclear species", a nuclide is a species of atom that has a particular number and arrangement of protons and neutrons in it's nucleus. Another way to put it: Physical scientists use the word 'nuclide' to refer to varieties of the nucleus. — “Nuclide - encyclopedia article - Citizendium”,
  • Definition of NUCLIDE : a species of atom characterized by the constitution of its nucleus and hence by the number of protons, the number of neutrons, and the energy content. — nu·clid·ic\nü-ˈkli-dik, nyü-\ adjective. Origin of NUCLIDE. nucleus + Greek eidos form, species — more at idol. — “Nuclide - Definition and More from the Free Merriam-Webster”, merriam-
  • Definition of nuclide in the Online Dictionary. Meaning of nuclide. Pronunciation of nuclide. Translations of nuclide. nuclide synonyms, nuclide antonyms. Information about nuclide in the free online English dictionary and encyclopedia. — “nuclide - definition of nuclide by the Free Online Dictionary”,
  • Nuclide - Definition. Isotopes are atoms of a chemical element whose nuclei have the same atomic number, Z, but different atomic weights, A. The word isotope, meaning at the same place, comes from the fact that isotopes are located at the same place on the periodic table. — “Nuclide - Definition”,
  • Definition of nuclide in the Medical Dictionary. nuclide explanation. Information about nuclide in Free online English dictionary. What is nuclide? Meaning of nuclide medical term. What does nuclide mean?. — “nuclide - definition of nuclide in the Medical dictionary”, medical-
  • Introduction to the Karlsruhe Nuclide Chart. The brochure with fold-out chart. The wallchart, 1.00m x 1.40m. 7th edition (2006) of the "Karlsruher Nuklidkarte" contains new and updated radioactive decay data on more than 600 nuclides not found in the previous (1998) edition. — “Help:Karlsruhe Nuclide Chart - NucleonicaWiki”,
  • Terms for all fields that use radiation, radioactivity, and nuclear technologies. Includes defense and national security. The nuclides fed in the radioactive decay of 235U including all daughters through stable 207Pb. — “An Exceptional Nuclear Glossary”,
  • Some unstable nuclides occur naturally, and many have been made artificially. In order to discuss the instability of nuclides, we look at their masses. — “Mass and Nuclide Stability”, science.uwaterloo.ca
  • A nuclide (from nucleus) is an atomic species characterized by the specific constitution A set of nuclides with equal proton number (atomic number), i.e. of the same chemical. — “Nuclide - Wikipedia, the free encyclopedia”,
  • A particular atomic nucleus with a specific number of protons and neutrons is called a nuclide. Isotope is usually used when referring to several different nuclides of the same element; nuclide is more generic and is used when referencing only one nucleus or several nuclei of. — “Isotope - New World Encyclopedia”,
  • Nuclide definition, an atomic species in which the atoms all have the same atomic number and mass number. See more. — “Nuclide | Define Nuclide at ”,
  • We are nuclide. Crafting bijoux games for networked platforms. Chick Frenzy, available now nuclide games — info@ — Mechelses***weg 25, 2018 Antwerpen, Belgium — map. — “”,
  • Nuclide. A specific atomic structure as determined by the number of protons and neutrons in the nucleus. Chang, J. "Table of the Nuclides." http:///CoN. — “Nuclide -- from Eric Weisstein's World of Physics”,
  • Translation of Nuclide in English. Translate Nuclide in English online and download now our free translator to use any time at no charge. — “Translation of Nuclide in English”,

Images

  • A 14 05E+9 Y 6 Cross Sections taken from JENDL 3 3 Table of cross sections Th 232 Figures of cross sections Th 232 type 1 type 2 type 3 type 1 total elastic scattering capture fision inelastic from 1 0E 2 eV to 20 MeV type 2 average cross sections of type 1 type 3
  • +1 taken from Audi et al 2003 3366 505 + 1 554 keV Cross Sections taken from JENDL 3 3 Table of cross sections Cu 63 Figures of cross sections Cu 63 type 1 type 2 type 3 type 1 total elastic scattering capture fision inelastic from 1 0E 2 eV to 20 MeV type 2 average cross sections of type 1 type 3
  • Nuclide2 jpg
  • More about the NUCLIDE Back
  • IT 28 7 H 2 Cross Sections taken from JENDL 3 3 Table of cross sections Ba 135 Figures of cross sections Ba 135 type 1 type 2 type 3 type 1 total elastic scattering capture fision inelastic from 1 0E 2 eV to 20 MeV type 2 average cross sections of type 1 type 3
  • UNC Sim jpg
  • beta decay to get closer to the stable ratio Atoms that are along the line but too big will undergo alpha decay so that they can become smaller without changing the proton neutron ratio The most common isotope of carbon has a mass of 12 as we can see from the atomic mass given on the Periodic Table Carbon 11 is therefore unusually light and will likely undergo positron
  • JENDL 3 3 Table of cross sections Be 9 Figures of cross sections Be 9 type 1 type 3 type 1 total elastic scattering capture fision inelastic from 1 0E 2 eV to 20 MeV type 2 average cross sections of type 1 type 3 threshold reactions
  • 1 taken from Audi et al 2003 5615 000 + 15 000 keV Cross Sections taken from JENDL 3 3 Table of cross sections Te 120 Figures of cross sections Te 120 type 1 type 2 type 3 type 1 total elastic scattering capture fision inelastic from 1 0E 2 eV to 20 MeV type 2 average cross sections of type 1 type 3
  • Patch zip 13 kB Screenshot gif 36 kB
  • 1 taken from Audi et al 2003 695 362 + 3 732 keV Cross Sections taken from JENDL 3 3 Table of cross sections Sm 149 Figures of cross sections Sm 149 type 1 type 2 type 3 type 1 total elastic scattering capture fision inelastic from 1 0E 2 eV to 20 MeV type 2 average cross sections of type 1 type 3
  • 700px Fig5 4 jpg
  • nuclide assessment jpg
  • A 7E+15 Y 2 Cross Sections taken from JENDL 3 3 Table of cross sections Sm 148 Figures of cross sections Sm 148 type 1 type 2 type 3 type 1 total elastic scattering capture fision inelastic from 1 0E 2 eV to 20 MeV type 2 average cross sections of type 1 type 3
  • 50 years of the Karlsruhe Nuclide Chart 50 years of the Karlsruhe Nuclide Chart
  • Table of cross sections Br 81 Figures of cross sections Br 81 type 1 type 2 type 3 type 1 total elastic scattering capture fision inelastic from 1 0E 2 eV to 20 MeV type 2 average cross sections of type 1 type 3 threshold reactions
  • Table of cross sections Nb 93 Figures of cross sections Nb 93 type 1 type 2 type 3 type 1 total elastic scattering capture fision inelastic from 1 0E 2 eV to 20 MeV type 2 average cross sections of type 1 type 3 threshold reactions
  • JENDL 3 3 Table of cross sections Al 27 Figures of cross sections Al 27 type 1 type 2 type 3 type 1 total elastic scattering capture fision inelastic from 1 0E 2 eV to 20 MeV type 2 average cross sections of type 1 type 3 threshold
  • 0 00000000036 amu mass excess = 13135 72158 + 0 00035 keV Cross Sections taken from JENDL 3 3 Table of cross sections H 2 Figures of cross sections H 2 type 1 type 3 type 1 total elastic scattering capture fision inelastic from 1 0E 2 eV to 20 MeV type 2 average cross sections of type 1 type 3 threshold
  • the ARGOS database as a new release category By using an XSD file XML Schema Definition see W3C to describe the format of the Source Term XML files see ex 1 and ex 2 the data will always conform to the rules and can be validated by using standard tools The EVATECH Serial This European Commission research project has finally
  • 700px Fig VN 4 jpg
  • ages for each nuclide calibration database we select nuclide in Sort By and independent age in and then by Now the samples are listed first by nuclide type then by independent age Click on image to expand Now click the Plot Sort Attributes button A new graphics window will open
  • Table of cross sections Mo 99 Figures of cross sections Mo 99 type 1 type 2 type 3 type 1 total elastic scattering capture fision inelastic from 1 0E 2 eV to 20 MeV type 2 average cross sections of type 1 type 3 threshold reactions
  • JENDL 3 3 Table of cross sections S 36 Figures of cross sections S 36 type 1 type 2 type 3 type 1 total elastic scattering capture fision inelastic from 1 0E 2 eV to 20 MeV type 2 average cross sections of type 1 type 3 threshold
  • +1 taken from Audi et al 2003 4711 489 + 1 895 keV Cross Sections taken from JENDL 3 3 Table of cross sections Cr 52 Figures of cross sections Cr 52 type 1 type 2 type 3 type 1 total elastic scattering capture fision inelastic from 1 0E 2 eV to 20 MeV type 2 average cross sections of type 1 type 3
  • Z+1 taken from Audi et al 2003 5492 012 + 0 146 keV Cross Sections taken from JENDL 3 3 Table of cross sections S 34 Figures of cross sections S 34 type 1 type 2 type 3 type 1 total elastic scattering capture fision inelastic from 1 0E 2 eV to 20 MeV type 2 average cross sections of type 1 type 3
  • nuclide full jpg
  • 13736 + 2000 keV derived from systematical trend Cross Sections taken from JENDL 3 3 Table of cross sections He 3 Figures of cross sections He 3 type 1 type 3 type 1 total elastic scattering capture fision inelastic from 1 0E 2 eV to 20 MeV type 2 average cross sections of type 1 type 3 threshold
  • nuclide selection jpg
  • Average Cross Sections This tab contains information about the nuclide s average cross sections Below the cross sections table the user can select different types of graphs for pointwise average and x xn cross sections Below the graph for the Pointwise cross sections is shown
  • battle jpg
  • 1 taken from Audi et al 2003 2323 038 + 4 552 keV Cross Sections taken from JENDL 3 3 Table of cross sections Ru 102 Figures of cross sections Ru 102 type 1 type 2 type 3 type 1 total elastic scattering capture fision inelastic from 1 0E 2 eV to 20 MeV type 2 average cross sections of type 1 type 3
  • UNC CompactPlot jpg
  • JENDL 3 3 Table of cross sections Zr 95 Figures of cross sections Zr 95 type 1 type 2 type 3 type 1 total elastic scattering capture fision inelastic from 1 0E 2 eV to 20 MeV type 2 average cross sections of type 1 type 3 threshold
  • about the nuclide s radiations You can select the kind of radiation to be displayed from the list of the nuclide s radiation types by clicking the checkboxes and the Update button edit
  • 700px Fig VN 3 jpg
  • 600px Cs137light jpg
  • utility we calculate ages for the 26Al and 10Be samples TI2 and TI3 and experiments 10Be Demonstration Expt 26Al Demonstration Expt provided with ACE Results should look like this Click on image to expand The theory of multiple nuclide techniques originates from Lal 1991 who assumed time invariant production rates Therefore when a sample is dated using time varying
  • 1 taken from Audi et al 2003 3037 667 + 11 547 keV Cross Sections taken from JENDL 3 3 Table of cross sections Er 166 Figures of cross sections Er 166 type 1 type 2 type 3 type 1 total elastic scattering capture fision inelastic from 1 0E 2 eV to 20 MeV type 2 average cross sections of type 1 type 3
  • +1 taken from Audi et al 2003 280 801 + 0 484 keV Cross Sections taken from JENDL 3 3 Table of cross sections Br 81 Figures of cross sections Br 81 type 1 type 2 type 3 type 1 total elastic scattering capture fision inelastic from 1 0E 2 eV to 20 MeV type 2 average cross sections of type 1 type 3

Videos

  • a closer look at americium 241 from a smoke detector in this video, i disassembled a smoke detector to show you the properties of americium 241, the second nuclide in the neptunium decay chain. yeah i know i used some 'wrong' words, ie. could've used more fitting words to describe stuff at times, but i did this freestyle and being rather tired - hope you like it anyway, even with the mobile phone annoyances inbetween, too. ;-) also, there's four major decay chains, but only three naturally radioactive ones - neptunium is the artifical one. sorry about that!
  • Fairmont - They Live In The Moon Fairmont - 3 Cities EP (TRAUM V130) 1 3 Cities 2 Supercluster 3 They Live In The Moon 4 Mercury 5 3 Cities (Ricardo Tobar Remix) 6 They Live In The Moon (Max Cooper Remix) 7 3 Cities (Thermal Bear Remix)
  • 4/6/2011 -- USA RADIATION CHARTS -- MODELS -- now revealed the revealed US site: www.atmos.umd.edu the known European sites forecasting basically the same data: Here is a list of the radioactive particles in the air. Taken from the 3-16-11 on ZAMG site. Nuclide CS-134 BA-136M CS-136 CS 137 I-131 I-132 I-133 TE-132 Higher plumes, reaching 5000 meters (15000 feet) are forecast to reach Portugal, Spain, and central europe. All animations are from professional forecasting services. Links are below. The radiation flow, forecast and shown by these several models... tells the tale of the isotopes coming our way... .. it will be up to you to decide if you should go outside during the time these clouds are over the USA, Canada, and Mexico... Finland radiation: www.stuk.fi radiation forecasting links: eurdeppub.jrc.it spain radiation link: www.csn.es www.jaif.or.jp www.epa.gov (click on radiation update) http www.stuk.fi www.mext.go.jp www.nisa.meti.go.jp www.yle.fi www.mapion.co.jp strahlenbelastung.wo-wann- dutch radiation monitoring: swiss radiation monitoring: www.naz.ch Finland radiation monitoring: www.yle.fi www.yle.fi/tekstitv/html/P867_02.html French radiation monitoring: (thanks to youtube user: RehKurts ! ) sws.irsn.fr www.irsn.fr jet stream forecasting: squall.sfsu.edu ...
  • Nuclear Stability 3.mpg An example to determine the most stable nuclide from a list of nuclides.
  • TEPCO Releases Images & Radiation Data From INSIDE Damaged Fukushima Daiichi Reactor Buildings They still haven't released any official data. However, this was posted today: Result of Water ***ysis in the Skimmer Surge Tank of Fukushima Daiichi Nuclear Power Station Unit 2 On April 16th 2011, approx. 400ml of water was taken as sample from the water flowed from the spent fuel pool to the skimmer surge tank*, to check the condition of the water in the pool, in order to reflect to the design of temporary cooling equipment which is being considered to introduce for the spent fuel pool of Fukushima Daiichi Nuclear Power Station Unit 2. From the result of nuclide ***ysis of the water of skimmer surge tank which was sampled, radioactive materials have been detected as shown in the attachment. Detail valuation of the result will be conducted hereafter. www.tepco.co.jp That's right... a 400ml sample. Maybe the container started to melt as that's a small collection sample. Levels have spiked since the 14th. See for yourself in the pdf file from the link.
  • Medical Aspects of Nuclear Radiation (1/2) (1951) DVD: Watch the full film: Radioactive decay is the process by which an atomic nucleus of an unstable atom loses energy by emitting ionizing particles (ionizing radiation). The emission is spontaneous, in that the atom decays without any interaction with another particle from outside the atom (ie, without a nuclear reaction). Usually, radioactive decay happens due to a process confined to the nucleus of the unstable atom, but occasionally (as with the different processes of electron capture and internal conversion) an inner electron of the radioactive atom is also necessary to the process. Radioactive decay is a stochastic (ie random) process on the level of single atoms, in that according to quantum theory it is impossible to predict when a given atom will decay. However, given a large number of identical atoms (nuclides) the decay rate for the collection is predictable. The decay, or loss of energy, results when an atom with one type of nucleus, called the parent radionuclide, transforms to an atom with a nucleus in a different state, or a different nucleus, either of which is named the daughter nuclide. Often the parent and daughter are different chemical elements, and in such cases the decay process results in nuclear transmutation. In an example of this, a carbon-14 atom (the "parent") emits radiation (a beta particle, antineutrino, and a gamma ray) and transforms to a nitrogen-14 atom (the "daughter"). By contrast, there ...
  • What Is Dubnium Name Origin After the city of Dubna, Russia, home to the Joint Institute for Nuclear Research "Dubnium" in different languages. Sources First synthesized by bombarding Am243 with Ne22. Only a few atoms have ever been produced. Uses None. History Dubnium (named after Dubna, Russia) was reportedly first synthesized in 1967 at the Joint Institute for Nuclear Research in Dubna, Russia (reportedly producing nuclide 260105 and nuclide 261105 by bombarding 243Am with 22Ne). In late April 1970 researchers led by Albert Ghiorso working at the University of California, Berkeley had positively identified element 105. The American team synthesized the element by bombarding a target 249Cf with a beam of 84 MeV nitrogen nuclei in the Heavy Ion Linear Accelerator (a particle accelerator), which produced nuclide 260105 with a half-life of 1.6 seconds. Atoms of element 105 were detected conclusively on March 5, 1970 but there is evidence that this element had already been formed at Berkeley a year earlier using the same method. The Berkeley scientists later tried to confirm the Soviet findings using more sophisticated methods but were not successful. They proposed that the new element should be named hahnium (symbol Ha) in honor of the late German scientist Otto Hahn. Consequently this was the name that most American and Western European scientists used. An element naming controversy erupted over what to name this element after Russian researchers protested. The International Union of ...
  • identiFINDER™ Portable, Handheld Radiation Detection Handheld Radiation Detection and Identification The identiFINDER is the world's leading spectrometer, dose rate meter and nuclide finder for portable radiation detection and identification applications. The identiFINDER family of handheld, digital gamma spectrometer and dose rate measurement instruments allows the user to locate a radioactive or nuclear source and, once found, identify the isotope(s) in an easy to use, four key system. The identiFINDER combines high sensitivity with a wide dose rate range, performing gamma spectrometry and nuclide identification with performance that meets or exceeds ANSI N42.34 for radiation detection. Multiple Configurations The identiFINDER family of radiation detectors provides a range of models to meet your specific application needs. Each identiFINDER model includes complete digital gamma spectroscopy and dose rate systems with a high voltage power supply, amplifier and on-board memory. The user can select from a wide variety of spectroscopy detector types and features to match specific radiation detection applications. Customizations include a digital handheld multi-channel ***yzer (MCA), a dose rate meter, a radiation source finder and an automatic nuclide identification tool.
  • nuclear stability
  • 4/5/2011 -- Radiation and Jet Stream forecast UPDATE - Cesium-137, Xenon-133, and Iodine-131 The levels are "mid" and "low" range at surface, 2500m, and 5000m ... for gasses NOT detectable by radiation detectors. here are the links.. you decide for yourself. Surface levels and high level clouds of Cesium 137, Iodine 131, and Xenon 133, have reached the United States .. showing up in 13 different states rain water according to MSM reports.. Now the debate becomes "how much is bad".. .the answer.. there are NO GOOD AMOUNTS of Cesium, iodine-131, or Xenon - 133 Here is a list of the radioactive particles in the air. Taken from the 3-16-11 on ZAMG site. Nuclide CS-134 BA-136M CS-136 CS 137 I-131 I-132 I-133 TE-132 Higher plumes, reaching 5000 meters (15000 feet) are forecast to reach Portugal, Spain, and central europe. All animations are from professional forecasting services. Links are below. The radiation flow, forecast and shown by these several models... tells the tale of the isotopes coming our way... .. it will be up to you to decide if you should go outside during the time these clouds are over the USA, Canada, and Mexico... Finland radiation: www.stuk.fi radiation forecasting links: eurdeppub.jrc.it spain radiation link: www.csn.es www.jaif.or.jp www.epa.gov (click on radiation update) http www.stuk.fi www.mext.go.jp www.nisa.meti.go.jp www.yle.fi www.mapion.co.jp strahlenbelastung.wo-wann ...
  • Geiger Mueller Counter Velleman - kit with radioactive old russian altimeter Kit from velleman with Geiger-mueller tube. As measurement thing is used old russian altimeter from flighter aeroplane. The scale of altimeter is coated by radioactive paint from 1970 year. At now the paint is not glove in the dark because fluerescent fluid is out-worned, but the radioactivity persisted.The half life of nuclide is about 1600 years.
  • Let's Play Hammer Heads - 01 Be sure to subscribe! Description: Hammer Heads is an action arcade game similar to Whac-A-Mole. It is developed by Nuclide Games and distributed by PopCap Games. The objective of the game is to smash the gnomes coming from the holes in the game area. The player controls a hammer with the mouse, and clicking on the gnomes reduces their hearts, displayed on the bottom of the gnome, depending on the power of the hammer. The default hammer takes away one heart, but more powerful hammers can be bought at the shop. There are various gnomes in the game, with different health and characteristics. Care must be taken to avoid clicking on traps, such as bombs. The player starts with five hearts, which is reduced when a click misses, a gnome escapes, or a trap is activated. They can be recovered by clicking on the hearts dropped by gnomes, or purchasing them from the shop. The maximum amount of hearts can be raised by making a purchase at the shop as well. If all of the hearts run out, the game is over. Starting on level five (six in the Deluxe version), the shop begins popping up from holes. If clicked, the player is taken to a new screen where they can buy several things, such as hammers, hearts, and other powerups. Coins are used to purchase items from the shop. There are various way to obtain coins, such as picking them up when left behind by gnomes, completing a bonus round, or defeating certain gnomes and/or in a certain manner. The deluxe version of Hammer Heads includes a ...
  • Geiger Counter Demonstration Here is my Geiger counter in action again. This time, I'm exposing it to multiple types of radioactive material. The material used in this demonstration consisted of the following: 1) A high quality sample of Torbernite Urainium Ore rated @ 51000 CPM (dose rate: approx. 1.2 mR/h). 2) 10 micro Curies of Cesium-137 (a primary Beta particle emmiter). 3) A 5-gram sample of Trinitite. 4) Another sample of Torbernite Uranium ore rated @ 26000 CPM (dose rate: approx. 400 micro-Roentgen/hour). Altogether, I was able to get my Geiger counter to register approximately 1.58 milli-Roentgen/h). I apologize for my very poor filming skills......
  • FDA Says Radiation Found In Hawaiian Milk No Cause For Alarm Just remember how the government handled oil spill. The black stained crabs and dead oysters are good to eat, said the FDA. The oil spill "75% disappeared" a week after the well(s)? were capped. Do not forget the spill numbers and the use of the Coast Guard to coverup the lie. Lies, lies, FDA lies. In the wake of the recent devastation in Japan the Environmental Protection Agency took samples from a Hilo dairy which show low levels of radioactivity in locally produced milk. "This is a very, very low level that there is no cause for alarm in drinking the milk," Siobhan DeLancey, spokeswoman for the FDA. Testing results from samples collected last week Monday show miniscule levels of iodine-131 in the milk. Iodine-131 is a type of radioactive isotope, but experts say the levels are approximately 250 times lower than the US Food and Drug Administration's level of concern. "It would be an impossible amount of milk to drink even for somebody who drinks milk all day long," DeLancey said. The EPA says "Iodine-131 has a very short half-life of approximately eight days, and the level detected in milk and milk products is therefore expected to drop relatively quickly." "As milk travels from the farm, to being bottled, to the table it does have the opportunity for the radioactive or radio nuclide presence in it to decline even more," DeLancey said. The FDA says they expected some levels of radiation in America following the earthquake and tsunami in Japan. "The way that radiation ...
  • CalTech: The Atom - P1 The atom is a basic unit of matter that consists of a dense, central nucleus surrounded by a cloud of negatively charged electrons. The atomic nucleus contains a mix of positively charged protons and electrically neutral neutrons (except in the case of hydrogen-1, which is the only stable nuclide with no neutrons). The electrons of an atom are bound to the nucleus by the electromagnetic force. Likewise, a group of atoms can remain bound to each other, forming a molecule. An atom containing an equal number of protons and electrons is electrically neutral, otherwise it has a positive or negative charge and is an ion. An atom is classified according to the number of protons and neutrons in its nucleus: the number of protons determines the chemical element, and the number of neutrons determines the isotope of the element. The name atom comes from the Greek "ἄτομος"—átomos (from α-, "un-" + τέμνω - temno, "to cut"), which means uncuttable, or indivisible, something that cannot be divided further. The concept of an atom as an indivisible component of matter was first proposed by early Indian and Greek philosophers. In the 17th and 18th centuries, chemists provided a physical basis for this idea by showing that certain substances could not be further broken down by chemical methods. During the late 19th and early 20th centuries, physicists discovered subatomic components and structure inside the atom, thereby demonstrating that the 'atom' was divisible. The principles of quantum ...
  • Let's Play Hammer Heads - 05 Be sure to subscribe! Description: Hammer Heads is an action arcade game similar to Whac-A-Mole. It is developed by Nuclide Games and distributed by PopCap Games. The objective of the game is to smash the gnomes coming from the holes in the game area. The player controls a hammer with the mouse, and clicking on the gnomes reduces their hearts, displayed on the bottom of the gnome, depending on the power of the hammer. The default hammer takes away one heart, but more powerful hammers can be bought at the shop. There are various gnomes in the game, with different health and characteristics. Care must be taken to avoid clicking on traps, such as bombs. The player starts with five hearts, which is reduced when a click misses, a gnome escapes, or a trap is activated. They can be recovered by clicking on the hearts dropped by gnomes, or purchasing them from the shop. The maximum amount of hearts can be raised by making a purchase at the shop as well. If all of the hearts run out, the game is over. Starting on level five (six in the Deluxe version), the shop begins popping up from holes. If clicked, the player is taken to a new screen where they can buy several things, such as hammers, hearts, and other powerups. Coins are used to purchase items from the shop. There are various way to obtain coins, such as picking them up when left behind by gnomes, completing a bonus round, or defeating certain gnomes and/or in a certain manner. The deluxe version of Hammer Heads includes a ...
  • i am radioactive! or: my technetium scintigraphy i had a scintigraphy of my thyroid done - and for this, i was injected with 70 MBq of the radionuclide technetium (Tc99m pertechnetate). i am radioactive woman, and i'm having fun! \o/ ^_^
  • nuclide concerto live
  • 3/31/2011 - French CESIUM-137 radioactive fallout model Here is the French Forecast model as of March 30, 2011 for Cesium 137 ... www.irsn.fr FIRST.. this is NOT THE END OF THE WORLD! in my honest opinion,this is NOT LETHAL.. however the levels are "mid" and "low" range at surface, 2500m, and 5000m ... for gasses NOT detectable by radiation detectors. here are the links.. you decide for yourself. Surface levels and high level clouds of Cesium 137, Iodine 131, and Xenon 133, have reached the United States .. showing up in 13 different states rain water according to fox news.. Now this is undeniable, and proved via results shown in the video and linked below. Now the debate becomes "how much is bad".. .the answer.. lets just say there are NO GOOD AMOUNTS of Cesium, iodine-131, or Xenon - 133 Here is a list of the radioactive particles in the air. Taken from the 3-16-11 on ZAMG site. Nuclide CS-134 BA-136M CS-136 CS 137 I-131 I-132 I-133 TE-132 .. see this video for more information on that: Higher plumes, reaching 5000 meters (15000 feet) are forecast to reach Portugal, Spain, and central europe. All animations are from professional forecasting services. Links are below. The radiation flow, forecast and shown by these several models... tells the tale of the isotopes coming our way... .. it will be up to you to decide if you should go outside during the time these clouds are over the USA, Canada, and Mexico... Finland radiation: www.stuk.fi radiation ...
  • Let's Play Hammer Heads - 08 Be sure to subscribe! Description: Hammer Heads is an action arcade game similar to Whac-A-Mole. It is developed by Nuclide Games and distributed by PopCap Games. The objective of the game is to smash the gnomes coming from the holes in the game area. The player controls a hammer with the mouse, and clicking on the gnomes reduces their hearts, displayed on the bottom of the gnome, depending on the power of the hammer. The default hammer takes away one heart, but more powerful hammers can be bought at the shop. There are various gnomes in the game, with different health and characteristics. Care must be taken to avoid clicking on traps, such as bombs. The player starts with five hearts, which is reduced when a click misses, a gnome escapes, or a trap is activated. They can be recovered by clicking on the hearts dropped by gnomes, or purchasing them from the shop. The maximum amount of hearts can be raised by making a purchase at the shop as well. If all of the hearts run out, the game is over. Starting on level five (six in the Deluxe version), the shop begins popping up from holes. If clicked, the player is taken to a new screen where they can buy several things, such as hammers, hearts, and other powerups. Coins are used to purchase items from the shop. There are various way to obtain coins, such as picking them up when left behind by gnomes, completing a bonus round, or defeating certain gnomes and/or in a certain manner. The deluxe version of Hammer Heads includes a ...
  • intro nuclear reaction.wmv This is an introduction on nuclear chemistry for 1st chemistry students. Since I worked on this powerpoint late at night, I do want to point out one big mistake I made. The product of a radioactive decay is usually a DAUGHTER NUCLIDE and NOT a daughter nuclei! Sorry about the mistake.
  • Radioactive Substances In Seawater Rise: 260Bq/cm³ Iodine-131, 130bq/cm³ Cesium-137 Here are a few links to radiation level data for the curious. I strongly encourage those who enjoy number crunching to take a look. Let us know if you find anything interesting! Results of Nuclide ***ysis of Seawater - 15 April 2011, various locations. Iodine-131, Cesium-134 & Cesium-137 www.tepco.co.jp Radioactivity Density of Seawater - 15 April 2011, various locations. Graphs www.tepco.co.jp Site with data from previous dates: www.tepco.co.jp Update - Earlier report from 22 March 2011 includes data about additional radioactive isotopes. Iodine-132 (half-life: 2.33 hours), Cesium-136 (half-life: 13.7 days), and Cobalt-58 (half-life: 71.3 days) www.tepco.co.jp Stanford Radiation Safety Manual: This is a great place to learn about various Radioactive isotopes www.stanford.edu
  • Age of the Earth Audio for Ken Ham taken from More information on geologic dating can be found: www.geo.ua.edu Mass Spectrometry: Canyon Diablo Meteorite: I don't address in this video anything about why radioactive decay happens. You need to read about quantum physics to really grasp why the rate can't be changed (no, really; this is where it actually makes sense). In short, the process of radioactive decay is a process happening in the nucleus of an atom, so only processes that affect the nucleus will matter to the decay rate. Those processes are extremely rare on planetary surfaces, especially when a rock is buried beneath the surface. (Quantum physics comes in because the particles in the nucleus of an atom experience quantum uncertainty, so eventually an alpha particle will be outside of the nucleus, where it will be pushed away, thus resulting in the "daughter" product of a radioactive nuclide.) Again, I apologize for not prettying this up any -- I have many projects going on right now. The name of the Irishman who suggested using salt concentration of the oceans was John Joly. I also didn't address the genealogy age of the earth in this video. I may do that one next. Any tips on formatting and subject matter are much appreciated!
  • CalTech: The Atom - P3 The atom is a basic unit of matter that consists of a dense, central nucleus surrounded by a cloud of negatively charged electrons. The atomic nucleus contains a mix of positively charged protons and electrically neutral neutrons (except in the case of hydrogen-1, which is the only stable nuclide with no neutrons). The electrons of an atom are bound to the nucleus by the electromagnetic force. Likewise, a group of atoms can remain bound to each other, forming a molecule. An atom containing an equal number of protons and electrons is electrically neutral, otherwise it has a positive or negative charge and is an ion. An atom is classified according to the number of protons and neutrons in its nucleus: the number of protons determines the chemical element, and the number of neutrons determines the isotope of the element. The name atom comes from the Greek "ἄτομος"—átomos (from α-, "un-" + τέμνω - temno, "to cut"), which means uncuttable, or indivisible, something that cannot be divided further. The concept of an atom as an indivisible component of matter was first proposed by early Indian and Greek philosophers. In the 17th and 18th centuries, chemists provided a physical basis for this idea by showing that certain substances could not be further broken down by chemical methods. During the late 19th and early 20th centuries, physicists discovered subatomic components and structure inside the atom, thereby demonstrating that the 'atom' was divisible. The principles of quantum ...
  • how to learn / memorize the periodic table of elements (not with a song, but with a story!) here's how i learned to memorize the periodic table with a selfmade "story". i hope it helps some of you students and other interested folks. =)
  • CalTech; The Atom - P2 The atom is a basic unit of matter that consists of a dense, central nucleus surrounded by a cloud of negatively charged electrons. The atomic nucleus contains a mix of positively charged protons and electrically neutral neutrons (except in the case of hydrogen-1, which is the only stable nuclide with no neutrons). The electrons of an atom are bound to the nucleus by the electromagnetic force. Likewise, a group of atoms can remain bound to each other, forming a molecule. An atom containing an equal number of protons and electrons is electrically neutral, otherwise it has a positive or negative charge and is an ion. An atom is classified according to the number of protons and neutrons in its nucleus: the number of protons determines the chemical element, and the number of neutrons determines the isotope of the element. The name atom comes from the Greek "ἄτομος"—átomos (from α-, "un-" + τέμνω - temno, "to cut"), which means uncuttable, or indivisible, something that cannot be divided further. The concept of an atom as an indivisible component of matter was first proposed by early Indian and Greek philosophers. In the 17th and 18th centuries, chemists provided a physical basis for this idea by showing that certain substances could not be further broken down by chemical methods. During the late 19th and early 20th centuries, physicists discovered subatomic components and structure inside the atom, thereby demonstrating that the 'atom' was divisible. The principles of quantum ...
  • Nuclear Stability 2.mpg Determining whether a nuclide is radioactive or stable.
  • 4/2/2011 - Radiation and Jetstream forecast UPDATE - USA, Canada, Mexico, and Europe The levels are "mid" and "low" range at surface, 2500m, and 5000m ... for gasses NOT detectable by radiation detectors. here are the links.. you decide for yourself. Surface levels and high level clouds of Cesium 137, Iodine 131, and Xenon 133, have reached the United States .. showing up in 13 different states rain water according to MSM reports.. Now the debate becomes "how much is bad".. .the answer.. there are NO GOOD AMOUNTS of Cesium, iodine-131, or Xenon - 133 Here is a list of the radioactive particles in the air. Taken from the 3-16-11 on ZAMG site. Nuclide CS-134 BA-136M CS-136 CS 137 I-131 I-132 I-133 TE-132 Higher plumes, reaching 5000 meters (15000 feet) are forecast to reach Portugal, Spain, and central europe. All animations are from professional forecasting services. Links are below. The radiation flow, forecast and shown by these several models... tells the tale of the isotopes coming our way... .. it will be up to you to decide if you should go outside during the time these clouds are over the USA, Canada, and Mexico... Finland radiation: www.stuk.fi radiation forecasting links: eurdeppub.jrc.it spain radiation link: www.csn.es www.jaif.or.jp www.epa.gov (click on radiation update) http www.stuk.fi www.mext.go.jp www.nisa.meti.go.jp www.yle.fi www.mapion.co.jp strahlenbelastung.wo-wann ...
  • Let's Play Hammer Heads - 06 Be sure to subscribe! Description: Hammer Heads is an action arcade game similar to Whac-A-Mole. It is developed by Nuclide Games and distributed by PopCap Games. The objective of the game is to smash the gnomes coming from the holes in the game area. The player controls a hammer with the mouse, and clicking on the gnomes reduces their hearts, displayed on the bottom of the gnome, depending on the power of the hammer. The default hammer takes away one heart, but more powerful hammers can be bought at the shop. There are various gnomes in the game, with different health and characteristics. Care must be taken to avoid clicking on traps, such as bombs. The player starts with five hearts, which is reduced when a click misses, a gnome escapes, or a trap is activated. They can be recovered by clicking on the hearts dropped by gnomes, or purchasing them from the shop. The maximum amount of hearts can be raised by making a purchase at the shop as well. If all of the hearts run out, the game is over. Starting on level five (six in the Deluxe version), the shop begins popping up from holes. If clicked, the player is taken to a new screen where they can buy several things, such as hammers, hearts, and other powerups. Coins are used to purchase items from the shop. There are various way to obtain coins, such as picking them up when left behind by gnomes, completing a bonus round, or defeating certain gnomes and/or in a certain manner. The deluxe version of Hammer Heads includes a ...
  • radiation model april 9-11.avi Following links have been copied from the Dutchsinse Chanel. Thanks to him for getting this information to us. US site: www.atmos.umd.edu the known European sites forecasting basically the same data: Here is a list of the radioactive particles in the air. Taken from the 3-16-11 on ZAMG site. Nuclide CS-134 BA-136M CS-136 CS 137 I-131 I-132 I-133 TE-132 Higher plumes, reaching 5000 meters (15000 feet) are forecast to reach Portugal, Spain, and central europe. All animations are from professional forecasting services. Links are below. The radiation flow, forecast and shown by these several models... tells the tale of the isotopes coming our way... .. it will be up to you to decide if you should go outside during the time these clouds are over the USA, Canada, and Mexico... Finland radiation: www.stuk.fi radiation forecasting links: eurdeppub.jrc.it spain radiation link: www.csn.es www.jaif.or.jp www.epa.gov (click on radiation update) http www.stuk.fi www.mext.go.jp www.nisa.meti.go.jp www.yle.fi www.mapion.co.jp strahlenbelastung.wo-wann- dutch radiation monitoring: swiss radiation monitoring: www.naz.ch Finland radiation monitoring: www.yle.fi www.yle.fi/tekstitv/html/P867_02.html French radiation monitoring: (thanks ...
  • SLIGHT RADIATION RISE IN PARTS OF CHINA CCTV News Radioactive iodine 131 has been found at slightly higher levels than normal in the air across some part of China. Officials say the slight increase poses no danger to health. Wang Minzheng, Vice Director of National Nuclear Emergency Committee said "I can assure you that the nuclide iodine-131 recently found in some parts of China is only 0.001% higher than normal. This will not affect the environment and public health. So people do not need to take any protective measures and should work normally." 16 nuclear accident emergency offices have been established in China since the Chernobyl nuclear disaster in the former Soviet Union in 1986. All centers have been monitoring radiation levels since the nuclear accident in Japan. China's government says it's ready to provide radiation protection, emergency monitoring and medical help to Japan, if required. Information provided by Thank you http
  • Magic Numbers Ricky Ribose RNA-AUG09StarChart-G7 2 Chart of Nuclide Magic Splits.... 3 min in is Ricky and Ruby Ribose of Adeneine, uracil, guanine, cytosine- NUcleic Acids Hydrogen Bonds made easier to see is after a quick 'Magic Numbers' topic for the Chart of the Nuclides (Isotopes= Neutrons!) the Split of chlorine into common ones.... and then 6 min of skycharts for AUGUST 2009 How to find planets Jupiter is NOW!
  • CRITICALITY Super Dangerous! Fukushima Blue Flashing Light From Reactor! CRITICALITY WIKI LINKS on NEUTRON BEAMS & Daghlian Jr.'s CRITICALITY NEUTRON INCIDENT: Thanks dutchsinse ! PROMPT NEUTRON: "In nuclear engineering, a prompt neutron is a neutron immediately emitted by a NUCLEAR FISSION EVENT, as opposed to a "delayed neutron" ( Nuclear Reactors are an example of a "delayed neutron") decay which can occur within the same context, emitted by one of the fission products anytime from a few milliseconds to a few minutes later. A "Criticality Event" can emit these Neutron Beam Emissions. Critcality is what happens in Fission a "FISSION NEAR NUCLEAR EXPLOSION" These type events produce "NEUTRON BEAMS". OR He came in contact with a chunk of radioactive Metal Either Plutonium or etc. That's why I come up with the "experiments theory". WIKI: "In some cases the available energy in the BETA DECAY IS HIGH ENOUGH to leave the residual nucleus in such a highly excited state that NEUTRON EMISSION instead of gamma emission occurs." MAYBE that's why there were 13 NEUTRON BEAM EMISSIONS. Possible various types of Radioactive Chunks of Metal all thru Reactor #3 that the Workers have to move & crawl around in since the place has been demolished. THAT WOULD MAKE SENSE since the Austrian Lab is surprised about the varied list of Radioactive Isotopes in the Air Sample. OR those MOX rods were full of "crap/all ...
  • Let's Play Hammer Heads - 02 Be sure to subscribe! Description: Hammer Heads is an action arcade game similar to Whac-A-Mole. It is developed by Nuclide Games and distributed by PopCap Games. The objective of the game is to smash the gnomes coming from the holes in the game area. The player controls a hammer with the mouse, and clicking on the gnomes reduces their hearts, displayed on the bottom of the gnome, depending on the power of the hammer. The default hammer takes away one heart, but more powerful hammers can be bought at the shop. There are various gnomes in the game, with different health and characteristics. Care must be taken to avoid clicking on traps, such as bombs. The player starts with five hearts, which is reduced when a click misses, a gnome escapes, or a trap is activated. They can be recovered by clicking on the hearts dropped by gnomes, or purchasing them from the shop. The maximum amount of hearts can be raised by making a purchase at the shop as well. If all of the hearts run out, the game is over. Starting on level five (six in the Deluxe version), the shop begins popping up from holes. If clicked, the player is taken to a new screen where they can buy several things, such as hammers, hearts, and other powerups. Coins are used to purchase items from the shop. There are various way to obtain coins, such as picking them up when left behind by gnomes, completing a bonus round, or defeating certain gnomes and/or in a certain manner. The deluxe version of Hammer Heads includes a ...
  • nuclear medicine and technetium cows just a short insight into a nuclear medicine laboratory, where eg technetium 99m is milked from a mo-99 cow and prepared to be injected into a patient for a thyroid scintigraphy.
  • 3/30/2011 - VERIFIED in the USA - Radiation and Jetstream FORECAST UPDATE FIRST.. this is NOT THE END OF THE WORLD! However the levels are "mid" and "low" range at surface, 2500m, and 5000m ... for gasses NOT detectable by radiation detectors. here are the links.. you decide for yourself. Surface levels and high level clouds of Cesium 137, Iodine 131, and Xenon 133, have reached the United States .. showing up in 13 different states rain water according to fox news.. Now this is undeniable, and proved via results shown in the video and linked below. Now the debate becomes "how much is bad".. .the answer.. lets just say there are NO GOOD AMOUNTS of Cesium, iodine-131, or Xenon - 133 Here is a list of the radioactive particles in the air. Taken from the 3-16-11 on ZAMG site. Nuclide CS-134 BA-136M CS-136 CS 137 I-131 I-132 I-133 TE-132 .. see this video for more information on that: Higher plumes, reaching 5000 meters (15000 feet) are forecast to reach Portugal, Spain, and central europe. All animations are from professional forecasting services. Links are below. The radiation flow, forecast and shown by these several models... tells the tale of the isotopes coming our way... .. it will be up to you to decide if you should go outside during the time these clouds are over the USA, Canada, and Mexico... Finland radiation: www.stuk.fi radiation forecasting links: thanks to youtube user androdameia for the below EUROPE radiation monitoring link: eurdeppub.jrc.it ...
  • What is radioactivity? This video explains a bit about radioactivity. This follows on from my electromagnetic radiation video. From here on, my focus will become more specialised and I'll cover a range of topics. But first, I need to cover the basics. Have a nice day, Albert. Biblio: Introductory Nuclear Physics, Kenneth S. Krane; Practical Applications of Radioactivity and Nuclear Radiations, GC Lowenthal & PL Airey; hyperphysics.phy-astr.gsu.edu
  • Table of Nuclides The Wolfram Demonstrations Project contains thousands of free interactive visualizations, with new entries added daily. Navigate through the table of all known nuclides colored according to their half-lives, as shown in the legend. Tooltips show the neutron number n, the atomic number Z, the decay modes, decay energies, and branching ratios. Contributed by: Enrique Zeleny
  • 3/31/2011 - Updates on Fukushima -- Fairewinds Associates, Inc here is their official site: Here is the French Forecast model as of March 30, 2011 for Cesium 137 ... www.irsn.fr FIRST.. this is NOT THE END OF THE WORLD! in my honest opinion,this is NOT LETHAL.. however the levels are "mid" and "low" range at surface, 2500m, and 5000m ... for gasses NOT detectable by radiation detectors. here are the links.. you decide for yourself. Surface levels and high level clouds of Cesium 137, Iodine 131, and Xenon 133, have reached the United States .. showing up in 13 different states rain water according to fox news.. Now this is undeniable, and proved via results shown in the video and linked below. Now the debate becomes "how much is bad".. .the answer.. lets just say there are NO GOOD AMOUNTS of Cesium, iodine-131, or Xenon - 133 Here is a list of the radioactive particles in the air. Taken from the 3-16-11 on ZAMG site. Nuclide CS-134 BA-136M CS-136 CS 137 I-131 I-132 I-133 TE-132 .. see this video for more information on that: Higher plumes, reaching 5000 meters (15000 feet) are forecast to reach Portugal, Spain, and central europe. All animations are from professional forecasting services. Links are below. The radiation flow, forecast and shown by these several models... tells the tale of the isotopes coming our way... .. it will be up to you to decide if you should go outside during the time these clouds are over the USA, Canada, and Mexico ...
  • Let's Play Hammer Heads - 09 Be sure to subscribe! Description: Hammer Heads is an action arcade game similar to Whac-A-Mole. It is developed by Nuclide Games and distributed by PopCap Games. The objective of the game is to smash the gnomes coming from the holes in the game area. The player controls a hammer with the mouse, and clicking on the gnomes reduces their hearts, displayed on the bottom of the gnome, depending on the power of the hammer. The default hammer takes away one heart, but more powerful hammers can be bought at the shop. There are various gnomes in the game, with different health and characteristics. Care must be taken to avoid clicking on traps, such as bombs. The player starts with five hearts, which is reduced when a click misses, a gnome escapes, or a trap is activated. They can be recovered by clicking on the hearts dropped by gnomes, or purchasing them from the shop. The maximum amount of hearts can be raised by making a purchase at the shop as well. If all of the hearts run out, the game is over. Starting on level five (six in the Deluxe version), the shop begins popping up from holes. If clicked, the player is taken to a new screen where they can buy several things, such as hammers, hearts, and other powerups. Coins are used to purchase items from the shop. There are various way to obtain coins, such as picking them up when left behind by gnomes, completing a bonus round, or defeating certain gnomes and/or in a certain manner. The deluxe version of Hammer Heads includes a ...
  • Atoms isotopes protons Neutron Nuclide 5 New-CLEAR Physics My chart- ONLY shows the naturally occurring and common isotopes so you can focus in on what I'm talking about....Things that I haven't heard anybody else explaining on a wide scale..."Yes this IS 'New-CLEAR Physics'" ...........Some overlap since the DVD scrambled the last 20 minutes of the best part of the lecture (Naturally! This was the third attempt at filming it so we'll have to try again!
  • Let's Play Hammer Heads - 04 Be sure to subscribe! Description: Hammer Heads is an action arcade game similar to Whac-A-Mole. It is developed by Nuclide Games and distributed by PopCap Games. The objective of the game is to smash the gnomes coming from the holes in the game area. The player controls a hammer with the mouse, and clicking on the gnomes reduces their hearts, displayed on the bottom of the gnome, depending on the power of the hammer. The default hammer takes away one heart, but more powerful hammers can be bought at the shop. There are various gnomes in the game, with different health and characteristics. Care must be taken to avoid clicking on traps, such as bombs. The player starts with five hearts, which is reduced when a click misses, a gnome escapes, or a trap is activated. They can be recovered by clicking on the hearts dropped by gnomes, or purchasing them from the shop. The maximum amount of hearts can be raised by making a purchase at the shop as well. If all of the hearts run out, the game is over. Starting on level five (six in the Deluxe version), the shop begins popping up from holes. If clicked, the player is taken to a new screen where they can buy several things, such as hammers, hearts, and other powerups. Coins are used to purchase items from the shop. There are various way to obtain coins, such as picking them up when left behind by gnomes, completing a bonus round, or defeating certain gnomes and/or in a certain manner. The deluxe version of Hammer Heads includes a ...