Non-toxic hypergolic propellants have considerably generated recent research interest in the field of green propulsion technology because they can replace highly toxic hypergolic combinations currently used.
Ionizing potential of Ag NPs with the sizes of 1 2 nm is lower on 1.5 eV as compared to that of bulk silver, i.e., from the developed surface of NPs, the ions of silver are considerably generated easier.
The MA loading potential to enhance the proliferation resistance of plutonium is investigated, with considering actual design constraints on the fuel decay heat from the fuel handling and fabrication points of view, as MAs considerably generate decay heat.
This increase in fragment diversity shows that, in the last 40 years, chemists have increased their ability considerably to generate unique combinations of elements and their binding patterns.
And wind farms gobble up territory, taking up considerably more land than other electrical generators to generate a comparable amount of electricity.
Recombinants generated by natural transformation are equivalent to the "nearly isogenic lines" used for genetic mapping in eukaryotes, though in bacteria they are considerably easier to generate and cheaper to comprehensively genotype.
These nucleases allowed parasites with targeted deletions or allelic replacements to be generated considerably faster than had been possible using conventional methods because ZFN-generated DSB events occur shortly after transfection, rather than weeks to months later [ 6].
We stopped recruiting when categories and themes were well-developed in relation to our research questions, new participants' accounts were very similar to earlier participants' accounts and it was felt that additional insights were unlikely to be generated without considerably expanding the sampling frame (e.g. to a distant geographical area) [ 25, 26].
Indeed, models that use individual organ doses have been shown to generate considerably higher radiation-induced cancer risks.
MARCKS binds anionic membranes with a higher affinity (Δ G = −9 kcal/mol) and possesses more aromatic side chains that penetrate into the bilayer; thus, MARCKS is expected to generate considerably more bilayer friction than the pseudosubstrate.
