Many factors affect the print quality and ink transfer. These are either machine factors, paper factors, or Ink factors. The aim of this work was to find out to what extent are the amount of ink transferred influenced by the previously mentioned factors. Atomic absorption was used for quantitatively measuring the amount of ink transferred. Copper phthalocyanine pigment was chosen. The amount of copper detected is taken as an indication of the amount of ink transferred. The results indicated that the amount of ink transferred decreased as the printing speed increased. It was expected to be increased with increasing printing pressure. But It was found that the amount of ink transferred to supercalendered paper decreased with increasing printing pressure. The amount of ink transferred increased as the ink viscosity increased. The type of ink resin was found to have a considerable effect on the amount of ink transferred.
Peanut is one of the oil crops, growth patterns have made it difficult to carry out the genetic improvement. This study was conducted to bring about changes in four genotypes. by treating the seeds with different concentrations of sodium azide as a substance mutation to improve the on morphological and yield characteristics. An experiment was conducted in the experimental farm at the Agricultural Research Station in Ismailia, Oil Crops Department. Using genotypes (Giza 6, imported 360, local 302, line 34), they planted in a randomized complete block design in three replications with split plot design. The study showed that the general average of all genotypes was higher in the first mutant than in the second. Also, the concentrations of the mutagenic substance had a clear effect on the plants in the mutant generations in terms of morphological and yield component. heritability values exceeded 75% for many of the traits studied in each of the mutagenic generations. The first mutagen. values of the amount of expected genetic improvement ranged between 62.18% and 96.67% for some of the traits that were studied, where all the studied traits recorded varying values of genetic improvement through selection for genetic improvement, and it may range from 2.3 to 96.2 and from 2.5 to 106.1 in the mutant generations (first -second) respectively. Finally, it can be said that the concentration of 0.01% and 0.03% of sodium azide played an important role in causing a mutation to improve the yield characteristics of the genotypes.
Amyloidosis in lymph node that is FDG-avid is an unusual diagnosis. FDG PET/CT showed the presence of multifocal lymphadenopathy mainly axillary with a mesenteric mass. Surgical lymph node biopsy with histological examination confirmed the diagnosis of amyloidosis in a 64-year-old woman with an initial left axillary pain. Amyloidosis should be considered on the differential diagnosis for a FDG-avid lymphadenopathy. Other differential diagnosis usually includes malignancy such as lymphoma or metastatic disease, infection, or sterile inflammation.
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