Matches in SemOpenAlex for { <https://semopenalex.org/work/W3168510080> ?p ?o ?g. }
- W3168510080 abstract "We first demonstrate theoretically that the computational quantum field theory is equivalent to the quantum kinetic theory for pair creation in a spatially homogeneous and time-dependent electric field, then verify numerically their equivalence for pair creation in one-dimensional time-dependent electric fields, and finally investigate detailedly the effects of the field frequency, spatial width, pulse duration, and relative phase on dynamically assisted Schwinger pair production in an inhomogeneous two-color electric field. It is found that the enhancement effect of pair creation is very sensitive to the field frequency and generally very obvious for a shorter field width, a longer pulse duration, and a relative phase of maximizing the field strength. These results can provide a significant reference for the optimal control theory of pair creation which aims to maximize the created pair yield within a given scope of field parameters." @default.
- W3168510080 created "2021-06-22" @default.
- W3168510080 creator A5032632136 @default.
- W3168510080 creator A5067676265 @default.
- W3168510080 creator A5067996279 @default.
- W3168510080 date "2021-06-22" @default.
- W3168510080 modified "2023-10-14" @default.
- W3168510080 title "Study of pair production in inhomogeneous two-color electric fields using the computational quantum field theory" @default.
- W3168510080 cites W1508562980 @default.
- W3168510080 cites W1635622277 @default.
- W3168510080 cites W1751719566 @default.
- W3168510080 cites W1969470022 @default.
- W3168510080 cites W1970271794 @default.
- W3168510080 cites W1971670959 @default.
- W3168510080 cites W1974853854 @default.
- W3168510080 cites W1979057135 @default.
- W3168510080 cites W1982686824 @default.
- W3168510080 cites W1986356016 @default.
- W3168510080 cites W1991482452 @default.
- W3168510080 cites W1992958286 @default.
- W3168510080 cites W2000315245 @default.
- W3168510080 cites W2001154685 @default.
- W3168510080 cites W2003832618 @default.
- W3168510080 cites W2005492032 @default.
- W3168510080 cites W2009507302 @default.
- W3168510080 cites W2013507504 @default.
- W3168510080 cites W2018614691 @default.
- W3168510080 cites W2026329560 @default.
- W3168510080 cites W2033137178 @default.
- W3168510080 cites W2035576684 @default.
- W3168510080 cites W2044668802 @default.
- W3168510080 cites W2045315513 @default.
- W3168510080 cites W2051315754 @default.
- W3168510080 cites W2065312566 @default.
- W3168510080 cites W2070956569 @default.
- W3168510080 cites W2072324018 @default.
- W3168510080 cites W2085053922 @default.
- W3168510080 cites W2085929654 @default.
- W3168510080 cites W2086580469 @default.
- W3168510080 cites W2089025678 @default.
- W3168510080 cites W2092634601 @default.
- W3168510080 cites W2093212801 @default.
- W3168510080 cites W2108634308 @default.
- W3168510080 cites W2109188846 @default.
- W3168510080 cites W2126883143 @default.
- W3168510080 cites W2127865535 @default.
- W3168510080 cites W2135498825 @default.
- W3168510080 cites W2148354531 @default.
- W3168510080 cites W2152132216 @default.
- W3168510080 cites W2155825735 @default.
- W3168510080 cites W2175896832 @default.
- W3168510080 cites W2259091649 @default.
- W3168510080 cites W2259748909 @default.
- W3168510080 cites W2321057968 @default.
- W3168510080 cites W2475190663 @default.
- W3168510080 cites W2483062894 @default.
- W3168510080 cites W2726926101 @default.
- W3168510080 cites W2739923433 @default.
- W3168510080 cites W2771990365 @default.
- W3168510080 cites W2896017908 @default.
- W3168510080 cites W2897572862 @default.
- W3168510080 cites W2902340477 @default.
- W3168510080 cites W2905281368 @default.
- W3168510080 cites W2910348661 @default.
- W3168510080 cites W2918050655 @default.
- W3168510080 cites W2939100446 @default.
- W3168510080 cites W2943328326 @default.
- W3168510080 cites W2953381543 @default.
- W3168510080 cites W2969302781 @default.
- W3168510080 cites W2970667643 @default.
- W3168510080 cites W3001923074 @default.
- W3168510080 cites W3103268174 @default.
- W3168510080 cites W3204511879 @default.
- W3168510080 cites W51986920 @default.
- W3168510080 cites W855555992 @default.
- W3168510080 doi "https://doi.org/10.1103/physrevd.103.116018" @default.
- W3168510080 hasPublicationYear "2021" @default.
- W3168510080 type Work @default.
- W3168510080 sameAs 3168510080 @default.
- W3168510080 citedByCount "4" @default.
- W3168510080 countsByYear W31685100802023 @default.
- W3168510080 crossrefType "journal-article" @default.
- W3168510080 hasAuthorship W3168510080A5032632136 @default.
- W3168510080 hasAuthorship W3168510080A5067676265 @default.
- W3168510080 hasAuthorship W3168510080A5067996279 @default.
- W3168510080 hasBestOaLocation W31685100801 @default.
- W3168510080 hasConcept C121332964 @default.
- W3168510080 hasConcept C202444582 @default.
- W3168510080 hasConcept C33923547 @default.
- W3168510080 hasConcept C44280652 @default.
- W3168510080 hasConcept C47085818 @default.
- W3168510080 hasConcept C60799052 @default.
- W3168510080 hasConcept C62520636 @default.
- W3168510080 hasConcept C84114770 @default.
- W3168510080 hasConcept C9652623 @default.
- W3168510080 hasConceptScore W3168510080C121332964 @default.
- W3168510080 hasConceptScore W3168510080C202444582 @default.
- W3168510080 hasConceptScore W3168510080C33923547 @default.
- W3168510080 hasConceptScore W3168510080C44280652 @default.
- W3168510080 hasConceptScore W3168510080C47085818 @default.