With additional time, the hydrogen fuel in the core is converted to helium, and the temperature slowly rises.
During the preparation procedure the initially formed iron(0) core is converted to magnetite.
In the structural modeling, the discrete lattice truss core is converted to an equivalent homogenized continuum material.
Due to proliferation concerns, the reactor core was converted to LEU core in 1992, utilizing Uranium Silicide (U3Si2-Al) fuel having 235U enrichment of 19.99% and with an up graded operating power of 9 MW.
The total energy emitted depends on the initial mass, with much of the core being converted to 56Ni and ejected which then powers the supernova for many months.
Non-apoptotic genes, such as CDKN1A, constitutively harbour high levels of the poised RNA polymerase II (RNAPII) initiation complex at their core promoters, which are converted into elongated forms shortly after stress, but reinitiate very poorly.
The strength of a non-standard core is first converted to the equivalent strength of a standard core, and then the standard core strength is converted to the equivalent in-place strength.
In order to evaluate the conservation for each gene, the information as to whether a gene belongs to a certain core genome was converted into a three-bit conservation code, with each bit representing a core genome group of the following order: genus, subgroup, and species.
Radial increment from tree core data was converted to diameter increment (France, the two Italian regions).
After carbonization of Zn-Co-ZIF-n/PAN nanofibers (n was the molar ratio of Zn/Co before carbonization), the core layer was converted to nitrogen-doped carbon nanofibers (NCNFs) and the shell layer was converted to Zn/Co bimetal nanoparticles coated with graphitic carbon layer (Zn/Co@C).
Specifically, the reduced flux matrix containing only the core reactions was converted to a flux-pattern matrix that represents the flux variation pattern from one sample to another (see Methods).
