SemOpenAlex |

SemOpenAlex

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2131605638> ?p ?o ?g. }

Showing items 1 to 82 of 82 with 100 items per page.

W2131605638 abstract "Summary form only given, as follows. Sources of charged particles with plasma emitter represent a complicated problem because it is necessary to take into account that position and form of the emitting plasma surfaces self-coordinated with distribution of the potential (i.e. the plasma surfaces must be set in point where zero strength of the electric field is established). In this paper the algorithm of mathematical modeling of plasma sources of charged particles is suggested. The algorithm is based on modified current tubes method and includes the following items: the setting of the geometry of the optic system, the electrode potentials, the potential and concentration of plasma, plasma electron temperature; the simulation of a field generated by system of electrodes; the setting of the plasma in the emission channel by iterations method taken into account the connection of radius of plasma, its concentration and potential; the calculation of a field of electrodes and plasma by solving of Laplace's equation; the finding of trajectories of beam charged particles by means of numeric integration of the differential equation of a trajectory; the calculation of a space charge of beam particles and density of emission current; the finding of distribution of the potential in view of the space charge of beam particles; the change of a position and form of the emitting plasma surfaces; the change of a characteristics of formed beam (trajectories of charged particles); repeating the calculation of potential distribution and a beam characteristics up to that when potential distribution is self-coordinated with space charge of beam particles. By modified current tubes method electron-optical system with a plasma emitter was simulated." @default.
W2131605638 created "2016-06-24" @default.
W2131605638 creator A5013934769 @default.
W2131605638 creator A5076345712 @default.
W2131605638 creator A5088296446 @default.
W2131605638 date "2003-06-25" @default.
W2131605638 modified "2023-10-01" @default.
W2131605638 title "The model of the gap of acceleration of intense electron beams in plasma sources of the charged particles with ionization of residual gas" @default.
W2131605638 cites W2043898698 @default.
W2131605638 cites W2167813164 @default.
W2131605638 doi "https://doi.org/10.1109/plasma.2002.1030623" @default.
W2131605638 hasPublicationYear "2003" @default.
W2131605638 type Work @default.
W2131605638 sameAs 2131605638 @default.
W2131605638 citedByCount "0" @default.
W2131605638 crossrefType "proceedings-article" @default.
W2131605638 hasAuthorship W2131605638A5013934769 @default.
W2131605638 hasAuthorship W2131605638A5076345712 @default.
W2131605638 hasAuthorship W2131605638A5088296446 @default.
W2131605638 hasConcept C103132145 @default.
W2131605638 hasConcept C120665830 @default.
W2131605638 hasConcept C121332964 @default.
W2131605638 hasConcept C145148216 @default.
W2131605638 hasConcept C147120987 @default.
W2131605638 hasConcept C165801399 @default.
W2131605638 hasConcept C168834538 @default.
W2131605638 hasConcept C184779094 @default.
W2131605638 hasConcept C192039680 @default.
W2131605638 hasConcept C30475298 @default.
W2131605638 hasConcept C35048267 @default.
W2131605638 hasConcept C58570533 @default.
W2131605638 hasConcept C60799052 @default.
W2131605638 hasConcept C62520636 @default.
W2131605638 hasConcept C70615421 @default.
W2131605638 hasConcept C78045399 @default.
W2131605638 hasConcept C82706917 @default.
W2131605638 hasConcept C93215691 @default.
W2131605638 hasConceptScore W2131605638C103132145 @default.
W2131605638 hasConceptScore W2131605638C120665830 @default.
W2131605638 hasConceptScore W2131605638C121332964 @default.
W2131605638 hasConceptScore W2131605638C145148216 @default.
W2131605638 hasConceptScore W2131605638C147120987 @default.
W2131605638 hasConceptScore W2131605638C165801399 @default.
W2131605638 hasConceptScore W2131605638C168834538 @default.
W2131605638 hasConceptScore W2131605638C184779094 @default.
W2131605638 hasConceptScore W2131605638C192039680 @default.
W2131605638 hasConceptScore W2131605638C30475298 @default.
W2131605638 hasConceptScore W2131605638C35048267 @default.
W2131605638 hasConceptScore W2131605638C58570533 @default.
W2131605638 hasConceptScore W2131605638C60799052 @default.
W2131605638 hasConceptScore W2131605638C62520636 @default.
W2131605638 hasConceptScore W2131605638C70615421 @default.
W2131605638 hasConceptScore W2131605638C78045399 @default.
W2131605638 hasConceptScore W2131605638C82706917 @default.
W2131605638 hasConceptScore W2131605638C93215691 @default.
W2131605638 hasLocation W21316056381 @default.
W2131605638 hasOpenAccess W2131605638 @default.
W2131605638 hasPrimaryLocation W21316056381 @default.
W2131605638 hasRelatedWork W1609665984 @default.
W2131605638 hasRelatedWork W1620574314 @default.
W2131605638 hasRelatedWork W1977568647 @default.
W2131605638 hasRelatedWork W1988119890 @default.
W2131605638 hasRelatedWork W1988691097 @default.
W2131605638 hasRelatedWork W1998109489 @default.
W2131605638 hasRelatedWork W2045058770 @default.
W2131605638 hasRelatedWork W2049868714 @default.
W2131605638 hasRelatedWork W2052621548 @default.
W2131605638 hasRelatedWork W2076904810 @default.
W2131605638 hasRelatedWork W2093429777 @default.
W2131605638 hasRelatedWork W2113744041 @default.
W2131605638 hasRelatedWork W2122707209 @default.
W2131605638 hasRelatedWork W2125425894 @default.
W2131605638 hasRelatedWork W2156597430 @default.
W2131605638 hasRelatedWork W2542413604 @default.
W2131605638 hasRelatedWork W2991034472 @default.
W2131605638 hasRelatedWork W3140323083 @default.
W2131605638 hasRelatedWork W3200674565 @default.
W2131605638 hasRelatedWork W51016283 @default.
W2131605638 isParatext "false" @default.
W2131605638 isRetracted "false" @default.
W2131605638 magId "2131605638" @default.
W2131605638 workType "article" @default.