isolated atom造句

• :If you just have an isolated atom, K is more stable than K +.
• If we consider the extreme case of isolated atoms, the Wannier function would become an isolated atomic orbital.
• Personally, I wouldn't use a dice-the moment of radioactive decay of an isolated atom would be less controllable-and hence more convincing.
• Solid nitrogen is used as a matrix on which to store and study reactive chemical species, such as free radicals or isolated atoms.
• This page deals with the electron affinity as a property of isolated atoms or molecules ( i . e . in the gas phase ).
• In 1951 its progeny; the Field Ion Microscope, was introduced and in 1956 it became the first microscope to image isolated atoms on a metal surface.
• While this value of \ sigma _ { ax } is calculated for an isolated atom, a simple modification can be made to account for matrix effects:
• Physical intuition usually provides the answer, and only in unphysical systems ( e . g ., Schr鰀inger's cat, an isolated atom ) do paradoxes seem to occur.
• B23 was treated as an isolated atom in the early reports; it is bonded to each twinned icosahedra through B18 and to another icosahedron through B5 site.
• Such crystal structures are generally less well-resolved ( more " smeared out " ); the atoms and chemical bonds appear as tubes of electron density, rather than as isolated atoms.
• Quantitative information such as the energy level of an isolated atom and the vibration frequency of individual dimer has been obtained by matching the BOLS predictions to the measured size dependency.
• In optical physics, support is also provided in areas such as the nonlinear response of isolated atoms to intense, ultra-short electromagnetic fields, the atom-cavity interaction at high fields, and quantum properties of the electromagnetic field.
• "' Isolated Atoms "'were an English RocknRoll band from the Black Country, in the English Midlands . The band played shows nationally & in the USA and supported the likes of The Answer & Blackberry Smoke.
• The all-electron partial waves, | \ phi _ i \ rangle = \ mathcal { T } | \ tilde { \ phi } _ i \ rangle, are typically chosen to be solutions to the Kohn-Sham Schr鰀inger equation for an isolated atom.
• The Bohr model, and the better refined Atomic orbital model, do not require an absolute zero voltage to exist anywhere; they are isolated atom models that work the same way whether the atom of, say copper, is deep in the ground or in a high-voltage cable.
• The classical example of discrete spectrum ( for which the term was first used ) is the characteristic set of discrete spectral lines seen in the emission spectrum and absorption spectrum of isolated atoms of a chemical element, which only absorb and emit light at particular wavelengths.
• First, as the energy that is released by adding an electron to an isolated atom ( gas phase ) . ( The energy-or electron affinity-is a scalar quantity and the direction of that energy-released-defines a reaction for which the change in energy ?E is a negative quantity ).
• In a paper published in Modern Physics Letters last month, Klapdor-Kleingrothaus said he had found evidence for the rarest nuclear decay ever seen, a process that would occur, on average, about once in 10 trillion trillion years in an isolated atom of germanium 76, the isotope he and colleagues examined in the experiment.
• :Neglecting for a moment that, as Count Iblis correctly pointed out, that probability really is zero, and assuming you are talking about perfectly isolated atoms so that coherence could be preserved, plugging in the data for U-235 in Icek's formula, the answer to the OP's question is that 1 in 3.7 * 10 ^ 37.