ionisation$541537$ - ορισμός. Τι είναι το ionisation$541537$
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Τι (ποιος) είναι ionisation$541537$ - ορισμός

MUSICAL COMPOSITION BY EDGARD VARÈSE
Ionisation (Varese); Ionisation varese

Ionization energy         
  • p-orbital]].
  • Binding energies of specific atomic orbitals as a function of the atomic number. Because of the increasing number of protons, electrons occupying the same orbital are more tightly bound in heavier elements.
  • potential energy curve]] of the neutral molecule, and the upper curve is for the positive ion with a longer bond length. The blue arrow is vertical ionization, here from the ground state of the molecule to the v=2 level of the ion.
  • Ionization energies peak in noble gases at the end of each period in the periodic table of elements and, as a rule, dip when a new shell is starting to fill.
  • alt=
MINIMUM AMOUNT OF ENERGY REQUIRED TO REMOVE AN ELECTRON FROM AN ATOM OR MOLECULE IN THE GASEOUS STATE
First ionization energy; Ionisation energy; Ionisation enthalpy; Ionization enthalpy; Electron binding energy; Ionization Potential; Second ionization energy; Ionisation potential; Ionization potential; Ionisation energies; Ionization Energy; Ionization energies
In physics and chemistry, ionization energy (IE) (American English spelling), ionisation energy (British English spelling) is the minimum energy required to remove the most loosely bound electron of an isolated gaseous atom, positive ion, or molecule. The first ionization energy is quantitatively expressed as
Ionize         
  • polar regions]].
  • Avalanche effect in an electric field created between two electrodes. The original ionization event liberates one electron, and each subsequent collision liberates a further electron, so two electrons emerge from each collision: the ionizing electron and the liberated electron.
  • Ionization energies of neutral elements (predicted beyond 104)
  • Feynman diagram for the process of double ionization in an atom through re-scattering mechanism
  • Schematic presentation of lambda type population trapping. G is the ground state of the atom. 1 and 2 are two degenerate excited states. After the population is transferred to the states due to multiphoton resonance, these states are coupled through continuum c and the population is trapped in the superposition of these states.
  • i}}}} is the ionization potential of the atom.
PROCESS BY WHICH ATOMS OR MOLECULES ACQUIRE CHARGE BY GAINING OR LOSING ELECTRONS
Ionisation; Ionize; Ionized; Ionizing; Ionizes; Ionise; Ionised; Ionises; Adiabatic ionization; Ionising; Ionizations; Ionisations; Ionizational; Ionisational; Ionizable; Ionisable; Ionizability; Ionisability; Ionization efficiency
·add. ·vt To separate (a compound) into ions, ·esp. by dissolving in water.
Ionizing         
  • polar regions]].
  • Avalanche effect in an electric field created between two electrodes. The original ionization event liberates one electron, and each subsequent collision liberates a further electron, so two electrons emerge from each collision: the ionizing electron and the liberated electron.
  • Ionization energies of neutral elements (predicted beyond 104)
  • Feynman diagram for the process of double ionization in an atom through re-scattering mechanism
  • Schematic presentation of lambda type population trapping. G is the ground state of the atom. 1 and 2 are two degenerate excited states. After the population is transferred to the states due to multiphoton resonance, these states are coupled through continuum c and the population is trapped in the superposition of these states.
  • i}}}} is the ionization potential of the atom.
PROCESS BY WHICH ATOMS OR MOLECULES ACQUIRE CHARGE BY GAINING OR LOSING ELECTRONS
Ionisation; Ionize; Ionized; Ionizing; Ionizes; Ionise; Ionised; Ionises; Adiabatic ionization; Ionising; Ionizations; Ionisations; Ionizational; Ionisational; Ionizable; Ionisable; Ionizability; Ionisability; Ionization efficiency
·add. ·p.pr. & ·vb.n. of Ionize.

Βικιπαίδεια

Ionisation (Varèse)

Ionisation (1929–1931) is a musical composition by Edgard Varèse written for thirteen percussionists. It was among the first concert hall compositions for percussion ensemble alone, although Alexander Tcherepnin had composed an entire movement for percussion alone in his Symphony No. 1 from 1927. In the journal Tempo, percussionist Brian Holder writes, "The work presented the important notion that unpitched percussion (with piano and other pitched instruments coming in at the end) could stand alone as a serious form of concert music – a relatively unexplored concept at the time."

The premiere was at Carnegie Chapter Hall, an annex to New York City's Carnegie Hall, on March 6, 1933, conducted by Nicolas Slonimsky, to whom the piece was later dedicated. One critic described the performance as "a sock in the jaw".