21 research outputs found
Relativistically invariant self-similarity approach for description of collective phenomena
Full text linkTUNGSTEN SORPTION BY ANION-EXCHANGER PUROLITE A830
Full text linkSorption characteristics of anion-exchanger Purolite A830 by W from Na2WO3 solutions with pH 2.5-3.0 were determined. The value of dynamic exchange capacity of resin at full saturation was 458,51 kg W m-3. The 15% ammonia water solution was most effective eluent for W
Spatially resolved metabolic distribution for unraveling the physiological change and responses in tomato fruit using matrix-assisted laser desorption/ionization–mass spectrometry imaging (MALDI–MSI)
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Relativistically invariant self-similarity approach for description of collective phenomena
No full textThe self-similarity approach is applied to description of nuclear interactions. The obtained self-similarity solution quantitatively describes particle production in relativistic nuclear collisions. It is an appropriate tool for planning and optimization of experiments aimed at the search of new collective phenomena in highly excited nuclear matter, especially in the intermediate energy range
MORPHOLOGICAL CHARACTERIZATION AND GENOME-WIDE GENOTYPING OF A COLLECTION OF TOMATO ITALIAN LANDRACES
No full textMeasurement of the Total Range and Specific Energy Deposition of a Beam of Uranium Ions in Porous Carbon Targets
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