By Dengming Xiao
This e-book provides a finished assessment of study on environmentally pleasant insulating gases, in line with the pressing demands constructing choices to SF6 as a result of expanding knowledge of the probability it poses as a greenhouse gasoline. It covers fuel dielectrics, SF6 and its combinations, and power replacement gases, offering primary info on fuel discharge and fuel insulation and particularly concentrating on the advance of recent environmentally pleasant insulating gases over the past decade. The e-book starts off via describing the insulating and arcing features of SF6, by means of an creation to the fuel dielectrics functionality of SF6 fuel combinations with buffer gases. the newest findings on new environmentally pleasant insulating gases are defined intimately, and proposals for sensible program also are supplied. Graduate scholars and academics fascinated by high-voltage and insulation engineering can use the e-book as instructing fabric. Researchers operating in plasma technological know-how, laser motion and comparable utilized physics fields may also enjoy the book’s analytical technique and certain info; engineers from the fields of electrical energy operation structures and electric production will locate it a worthy reference paintings for fixing useful problems.
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Additional resources for Gas Discharge and Gas Insulation
2. 3 Collision Interactions of Charged Particles 43 time of the interaction, the recombination rate of the negative ions and positive ions is high . Collisions between negative ion XÀ and positive ion Y þ can be made a charge neutral in three ways. (A) Radiative recombination XÀ þ Y þ ! XY þ hν (B) Charge exchange XÀ þ Y þ ! X þ Y (C) Three-body recombination XÀ þ Y þ þ Z ! XY þ Z The first two processes belong to the two-body problem, and only at low pressure have a significant role. The latter belongs to the three-body problem, which is the main process in the case of high pressure.
36), Q0 max % 14m1 v21 , thus heavy particles can turn kinetic energy to produce half the maximum to inspire or ionize other heavy particles. Its efficiency is much lower than that of the electron . 1 Collision Cross Section For collisions between two rigid balls, when the distance between them is less than or equal to their radius r 1 þ r 2 , there will be a collision. Taking the respective directions of movement into account, generally π ðr 1 þ r 2 Þ2 is used to represent the possibility of the collision which is called cross-sectional area.
In inelastic collisions, the particles’ potential energy changes. If an electron and an atom have enough kinetic energy to collide, the atom gets electronic kinetic energy to be excited or ionized. This means that atomic potential energy has been increased. Such collisions usually leading to an increase of the potential energy of the particle system are called first class inelastic collisions. Particles with a certain potential energy can deliver their potential energy through collisions to make the kinetic energy of the particles increase.