Radioactivity

  • beta
    28th May 2011 Member 0 Permalink
    adding protons:
    The proton is a subatomic particle with a positive electric charge of 1 elementary charge. One or more protons are present in the nucleus of each atom, along with neutrons.

    PROT should be its name

    adding radiations
    Alpha Radiation : When an atom emits an alpha particle, the atom's mass number decreases by four due to the loss of the four nucleons in the alpha particle. The atomic number of the atom goes down by exactly two, as a result of the loss of two protons – the atom becomes a new element. Examples of this are when uranium becomes thorium, or radium becomes radon gas due to alpha decay.

    basically decreasing neut number

    Beta Radiation:
    An unstable atomic nucleus with an excess of neutrons may undergo ?? decay, where a neutron is converted into a proton, an electron and an electron-type antineutrino (the antiparticle of the neutrino):

    n ? p + e?
    + ?
    e
    This process is mediated by the weak interaction. The neutron turns into a proton through the emission of a virtual W? boson. At the quark level, W? emission turns a down-type quark into an up-type quark, turning a neutron (one up quark and two down quarks) into a proton (two up quarks and one down quark). The virtual W? boson then decays into an electron and an antineutrino.

    Beta decay commonly occurs among the neutron-rich fission byproducts produced in nuclear reactors. Free neutrons also decay via this process. This is the source of the copious amount of electron antineutrinos produced by fission reactors.

    turns neut to prot

    gamma decay:
    Gamma radiation, also known as gamma rays (denoted as ?), is electromagnetic radiation of high frequency (very short wavelength). They are produced by sub-atomic particle interactions such as electron-positron annihilation, neutral pion decay, fusion, fission or inverse Compton scattering in astrophysical processes. Because gamma rays are a form of ionizing radiation, they pose a health hazard.

    normal radiation

    Radioactive waste
    we could add a certain life to each element like URAN should have 200 and when it reaches 0 URAN becomes URAW (Uranuim RadioActive Waste)
    and each waste has the initials of an element like waste of PLUT is PRAW {Plutonuim RadiActive Waste)

    the radioactive waste is extremely hot,corrosive,poison, contaminates thing and of course RADIOACTIVE
  • MasterMind555
    28th May 2011 Member 0 Permalink
    @beta (View Post)

    There's no element suggestion for a reason

    Radioactive waste is unuseful, the rest is potentially good

    Code it now
  • beta
    28th May 2011 Member 0 Permalink
    @MasterMind555 (View Post)
    I don't know how to code
  • lolzy
    28th May 2011 Former Staff 0 Permalink
    @beta (View Post)
    There arent enough elements for most of this to work. ALSO this has been suggested a million times (even by me!!! (I suggested Protons first)) and also denied a million times. Sorry.
  • MasterMind555
    28th May 2011 Member 0 Permalink
    @beta (View Post)
    Learn it DUH
    If you don't want to make the effort to code it, we don't want either ( Well I don't... )
  • that-random-dude
    28th May 2011 Member 0 Permalink
    942+ :)
  • EqualsThree
    28th May 2011 Member 0 Permalink
    Not Realistic Toyimage

  • airstrike52
    28th May 2011 Member 0 Permalink
    Come on. We don't want (or need) a full periodic table, plus the numerous isotopes of all the elements.
  • EqualsThree
    28th May 2011 Member 0 Permalink
    @airstrike52 (View Post)
    you cant even imagine a menu that large image
  • lolzy
    28th May 2011 Former Staff 0 Permalink
    @EqualsThree (View Post)
    The periodic table and the one with isotopes together? That is how large it would be.