Matches in SemOpenAlex for { <https://semopenalex.org/work/W2036767500> ?p ?o ?g. }
- W2036767500 endingPage "2781" @default.
- W2036767500 startingPage "2764" @default.
- W2036767500 abstract "The results of intranuclear cascade calculations (ideal gas with two-body collisions and no mean field), complemented by a simple percolation procedure, are compared with experimental data on protons and light nuclear fragments (d, t, $^{3}mathrm{He}$, and $^{4}mathrm{He}$) measured in 400 and 800 MeV/nucleon Ne+Nb collisions using a large solid angle detector. The model reproduces quite well global experimental observables like nuclear fragment multiplicity distributions or production cross sections, and nuclear fragment to proton ratios. For rapidity distributions the best agreement occurs for peripheral reactions. Transverse momentum analysis confirms once again that the cascade, although being a microscopic approach, gives too small a collective flow, the best agreement being reached for Z=2 nuclear fragments. Nevertheless these comparisons are encouraging for further improvements of the model. Moreover, such an approach is easy to extend to any other models that could calculate the nucleon phase space distribution after the compression stage of the reaction, when light nuclear fragments emitted at large angles are constructed from percolation." @default.
- W2036767500 created "2016-06-24" @default.
- W2036767500 creator A5002076137 @default.
- W2036767500 creator A5009097357 @default.
- W2036767500 creator A5010027873 @default.
- W2036767500 creator A5015031378 @default.
- W2036767500 creator A5015487438 @default.
- W2036767500 creator A5016813436 @default.
- W2036767500 creator A5017358900 @default.
- W2036767500 creator A5019655841 @default.
- W2036767500 creator A5021337924 @default.
- W2036767500 creator A5031621810 @default.
- W2036767500 creator A5035598961 @default.
- W2036767500 creator A5036470617 @default.
- W2036767500 creator A5036764510 @default.
- W2036767500 creator A5051028632 @default.
- W2036767500 creator A5060934035 @default.
- W2036767500 creator A5062146454 @default.
- W2036767500 creator A5065658780 @default.
- W2036767500 creator A5069195735 @default.
- W2036767500 creator A5076733148 @default.
- W2036767500 creator A5081672474 @default.
- W2036767500 creator A5086490516 @default.
- W2036767500 creator A5089158577 @default.
- W2036767500 creator A5090051048 @default.
- W2036767500 creator A5091226100 @default.
- W2036767500 date "1993-06-01" @default.
- W2036767500 modified "2023-10-18" @default.
- W2036767500 title "Intranuclear cascade-percolation approach for protons and light fragments production in neon-niobium reactions at 400 and 800 MeV per nucleon" @default.
- W2036767500 cites W1584623041 @default.
- W2036767500 cites W1970115588 @default.
- W2036767500 cites W1971044452 @default.
- W2036767500 cites W1972036178 @default.
- W2036767500 cites W1972559924 @default.
- W2036767500 cites W1975528782 @default.
- W2036767500 cites W1978475473 @default.
- W2036767500 cites W1981655762 @default.
- W2036767500 cites W1982454798 @default.
- W2036767500 cites W1987285381 @default.
- W2036767500 cites W1992536715 @default.
- W2036767500 cites W1994338980 @default.
- W2036767500 cites W1998252433 @default.
- W2036767500 cites W2001667313 @default.
- W2036767500 cites W2002226484 @default.
- W2036767500 cites W2004776210 @default.
- W2036767500 cites W2009969720 @default.
- W2036767500 cites W2010222427 @default.
- W2036767500 cites W2015411958 @default.
- W2036767500 cites W2018259054 @default.
- W2036767500 cites W2034024086 @default.
- W2036767500 cites W2034355372 @default.
- W2036767500 cites W2036380429 @default.
- W2036767500 cites W2039891655 @default.
- W2036767500 cites W2042645881 @default.
- W2036767500 cites W2045479601 @default.
- W2036767500 cites W2046845532 @default.
- W2036767500 cites W2054870805 @default.
- W2036767500 cites W2056327733 @default.
- W2036767500 cites W2057528034 @default.
- W2036767500 cites W2058060280 @default.
- W2036767500 cites W2070667976 @default.
- W2036767500 cites W2079924162 @default.
- W2036767500 cites W2083368937 @default.
- W2036767500 cites W2086725579 @default.
- W2036767500 cites W2095321107 @default.
- W2036767500 cites W2108488479 @default.
- W2036767500 cites W2156225364 @default.
- W2036767500 cites W2274001259 @default.
- W2036767500 cites W3201630962 @default.
- W2036767500 doi "https://doi.org/10.1103/physrevc.47.2764" @default.
- W2036767500 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/9968752" @default.
- W2036767500 hasPublicationYear "1993" @default.
- W2036767500 type Work @default.
- W2036767500 sameAs 2036767500 @default.
- W2036767500 citedByCount "6" @default.
- W2036767500 crossrefType "journal-article" @default.
- W2036767500 hasAuthorship W2036767500A5002076137 @default.
- W2036767500 hasAuthorship W2036767500A5009097357 @default.
- W2036767500 hasAuthorship W2036767500A5010027873 @default.
- W2036767500 hasAuthorship W2036767500A5015031378 @default.
- W2036767500 hasAuthorship W2036767500A5015487438 @default.
- W2036767500 hasAuthorship W2036767500A5016813436 @default.
- W2036767500 hasAuthorship W2036767500A5017358900 @default.
- W2036767500 hasAuthorship W2036767500A5019655841 @default.
- W2036767500 hasAuthorship W2036767500A5021337924 @default.
- W2036767500 hasAuthorship W2036767500A5031621810 @default.
- W2036767500 hasAuthorship W2036767500A5035598961 @default.
- W2036767500 hasAuthorship W2036767500A5036470617 @default.
- W2036767500 hasAuthorship W2036767500A5036764510 @default.
- W2036767500 hasAuthorship W2036767500A5051028632 @default.
- W2036767500 hasAuthorship W2036767500A5060934035 @default.
- W2036767500 hasAuthorship W2036767500A5062146454 @default.
- W2036767500 hasAuthorship W2036767500A5065658780 @default.
- W2036767500 hasAuthorship W2036767500A5069195735 @default.
- W2036767500 hasAuthorship W2036767500A5076733148 @default.
- W2036767500 hasAuthorship W2036767500A5081672474 @default.
- W2036767500 hasAuthorship W2036767500A5086490516 @default.
- W2036767500 hasAuthorship W2036767500A5089158577 @default.