Matches in SemOpenAlex for { <https://semopenalex.org/work/W2563665521> ?p ?o ?g. }
- W2563665521 abstract "We investigate the four-body Coulomb process of low-energy elastic positronium-hydrogen (Ps-H) scattering below the Ps($n=2$) excitation threshold using scattering wave functions that include Hylleraas-type correlation terms. Using the complex Kohn variational method, we compute phase shifts through the $^{1,3}H$ wave and obtain highly accurate $^{1,3}S$- and $^{1,3}P$-wave phase shifts. The complex Kohn variational results compare well to a number of other calculations for this system. We present elastic differential, elastic integrated, and momentum transfer cross sections, and for the singlet, resonances through the $^{1}F$ wave. The differential cross section exhibits interesting features, including a change from slightly backward peaked to forward peaked scattering as the energy of the incident positronium increases and rich structure due to multiple resonances near the Ps($n=2$) threshold. We also give a detailed analysis of the scattering lengths and effective ranges using multiple effective range theories." @default.
- W2563665521 created "2017-01-06" @default.
- W2563665521 creator A5025914318 @default.
- W2563665521 creator A5054085808 @default.
- W2563665521 creator A5057792730 @default.
- W2563665521 date "2015-08-28" @default.
- W2563665521 modified "2023-09-24" @default.
- W2563665521 title "Detailed investigation of low-energy positronium-hydrogen scattering" @default.
- W2563665521 cites W1600563716 @default.
- W2563665521 cites W1965647436 @default.
- W2563665521 cites W1967070866 @default.
- W2563665521 cites W1967853618 @default.
- W2563665521 cites W1970129613 @default.
- W2563665521 cites W1971124901 @default.
- W2563665521 cites W1971215268 @default.
- W2563665521 cites W1971987331 @default.
- W2563665521 cites W1973821162 @default.
- W2563665521 cites W1975877870 @default.
- W2563665521 cites W1976837249 @default.
- W2563665521 cites W1976889288 @default.
- W2563665521 cites W1977536391 @default.
- W2563665521 cites W1978138294 @default.
- W2563665521 cites W1978449352 @default.
- W2563665521 cites W1980217151 @default.
- W2563665521 cites W1983314355 @default.
- W2563665521 cites W1987883940 @default.
- W2563665521 cites W1988131457 @default.
- W2563665521 cites W1988193665 @default.
- W2563665521 cites W1988955398 @default.
- W2563665521 cites W1991984054 @default.
- W2563665521 cites W1994769680 @default.
- W2563665521 cites W1994953113 @default.
- W2563665521 cites W1995433208 @default.
- W2563665521 cites W1997939549 @default.
- W2563665521 cites W1998263415 @default.
- W2563665521 cites W1999088542 @default.
- W2563665521 cites W1999847840 @default.
- W2563665521 cites W2002561893 @default.
- W2563665521 cites W2002975429 @default.
- W2563665521 cites W2004213972 @default.
- W2563665521 cites W2006722943 @default.
- W2563665521 cites W2011485724 @default.
- W2563665521 cites W2011589749 @default.
- W2563665521 cites W2012055144 @default.
- W2563665521 cites W2013169451 @default.
- W2563665521 cites W2014494516 @default.
- W2563665521 cites W2015291607 @default.
- W2563665521 cites W2017274421 @default.
- W2563665521 cites W2018343104 @default.
- W2563665521 cites W2025333211 @default.
- W2563665521 cites W2026333662 @default.
- W2563665521 cites W2027418651 @default.
- W2563665521 cites W2027890815 @default.
- W2563665521 cites W2030199281 @default.
- W2563665521 cites W2030689378 @default.
- W2563665521 cites W2037816532 @default.
- W2563665521 cites W2039694877 @default.
- W2563665521 cites W2040502446 @default.
- W2563665521 cites W2043677869 @default.
- W2563665521 cites W2046513320 @default.
- W2563665521 cites W2046741102 @default.
- W2563665521 cites W2050701828 @default.
- W2563665521 cites W2051752678 @default.
- W2563665521 cites W2054844373 @default.
- W2563665521 cites W2054876449 @default.
- W2563665521 cites W2059173301 @default.
- W2563665521 cites W2061502385 @default.
- W2563665521 cites W2061887332 @default.
- W2563665521 cites W2063938878 @default.
- W2563665521 cites W2067768883 @default.
- W2563665521 cites W2073221124 @default.
- W2563665521 cites W2073849467 @default.
- W2563665521 cites W2075090281 @default.
- W2563665521 cites W2081420270 @default.
- W2563665521 cites W2081728253 @default.
- W2563665521 cites W2086468171 @default.
- W2563665521 cites W2092236283 @default.
- W2563665521 cites W2092599439 @default.
- W2563665521 cites W2110913607 @default.
- W2563665521 cites W2139126750 @default.
- W2563665521 cites W2143763364 @default.
- W2563665521 cites W2152410174 @default.
- W2563665521 cites W3101808067 @default.
- W2563665521 cites W3124816853 @default.
- W2563665521 cites W3151519774 @default.
- W2563665521 cites W4229666556 @default.
- W2563665521 cites W4233259308 @default.
- W2563665521 cites W4248492940 @default.
- W2563665521 doi "https://doi.org/10.1103/physreva.92.022713" @default.
- W2563665521 hasPublicationYear "2015" @default.
- W2563665521 type Work @default.
- W2563665521 sameAs 2563665521 @default.
- W2563665521 citedByCount "16" @default.
- W2563665521 countsByYear W25636655212015 @default.
- W2563665521 countsByYear W25636655212016 @default.
- W2563665521 countsByYear W25636655212018 @default.
- W2563665521 countsByYear W25636655212019 @default.
- W2563665521 countsByYear W25636655212020 @default.
- W2563665521 countsByYear W25636655212021 @default.
- W2563665521 countsByYear W25636655212022 @default.