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"discovery of the arsenic isotopes.
"discovery of the arsenic isotopes.

gi f/s gram of fissile isotopes
gi f/s gram of fissile isotopes

isotopes (autres que ceux du no 2844), leurs composés
isotopes (autres que ceux du no 2844), leurs composés

heavier isotopes of rutherfordium have only been observed as decay products.
heavier isotopes of rutherfordium have only been observed as decay products.

*argon isotopes data from "the berkeley laboratory isotopes project's"
**==external links==*argon isotopes data from "the berkeley laboratory isotopes project's"

)this reaction was studied in 1967 at the lbnl in their seminal study of nobelium isotopes.
)this reaction was studied in 1967 at the lbnl in their seminal study of nobelium isotopes.

they were unable to detect any sf, indicating the formation of isotopes decaying primarily by alpha decay.
they were unable to detect any sf, indicating the formation of isotopes decaying primarily by alpha decay.

== lásd még ==*magnesium isotopes data from "the berkeley laboratory isotopes project's"
**==external links==*magnesium isotopes data from "the berkeley laboratory isotopes project's"

233u(22ne,xn)255-xnothe synthesis of neutron deficient nobelium isotopes was studied in 1975 at the flnr.
;233u(22ne,xn)255-xnothe synthesis of neutron deficient nobelium isotopes was studied in 1975 at the flnr.

at the lbnl reported in 2002 the synthesis of 255-251no in the 1-4n exit channels and measured further decay data for these isotopes.
at the lbnl reported in 2002 the synthesis of 255-251no in the 1-4n exit channels and measured further decay data for these isotopes.

=== hot fusion ===the table below provides cross-sections and excitation energies for hot fusion reactions producing rutherfordium isotopes directly.
=== hot fusion ===the table below provides cross-sections and excitation energies for hot fusion reactions producing rutherfordium isotopes directly.

===decay studies===most isotopes with an atomic mass below 262 have also observed as decay products of elements with a higher atomic number, allowing for refinement of their previously measured properties.
===decay studies===most isotopes with an atomic mass below 262 have also observed as decay products of elements with a higher atomic number, allowing for refinement of their previously measured properties.

haues m. h. b., stacey m., and thompson j. m., (1968), „adsorption of s-triazine herbicides by soil organic preparations” in isotopes and radiation in soil organic studies, p. 75, international.
haues m.h.b., stacey m., and thompson j.m., (1968) ‘adsorption of s-triazine herbicides by soil organic preparations’ in isotopes and radiation in soil organic studies, p. 75, international.