The highest values for all the exchangeable bases were recorded for those plots treated with vermicompost at a rate of 15 ton ha−1 (T8), while plots that did not receive vermicompost at any rate have shown the lowest value.
Bands were located, and the heights and bases of the peaks were recorded for calculation of the absorbance of each peak.
To test this hypothesis, the observed and expected numbers (based on a 1 1 ratio) were recorded for each pair of a particular group.
Ingroup branches with bootstrap support ≥ 95%, the number of ingroup taxa and the aligned base pairs used in the analysis were recorded for each case.
A high photovolatic conversion efficiency of over 7.01% and 7.86% were recorded for DSSCs based on the Si MCP and SiNWs counter electrodes, which is comparatable to the cell based on conventional Pt counter electrode at the same condition.
A short-circuit current intensity of approximately 7 mandm2 and a light-to-electricity conversion efficiency of 0.95% were recorded for cells based on optimized nano-branched TiO2 arrays, indicating an increase of 138% compared to those based on unbranched TiO2 nanorod arrays.
To correlate the frequency of CBCs and hCBCs in ITS2 helices with the evolutionary rates of the branches where they occurred [measured by branch lengths (evolutionary steps), considering base-paired positions exclusively], these parameters were recorded for all 105 branches in the ITS2 phylogeny and plotted as diagrams (Additional file 6).
In-phase, faradaic ac responses were recorded for gold in base, under potential sweep conditions, at quite low potentials: the results support the view that premonolayer oxidation is a significant feature of this sytem.
Similar performances (around 350 370 mW cm−2 under oxygen feed, 200 210 mW cm−2 under air feed, at 140 °C) were recorded for the cells based on the composite membranes with 3 and 6 vol% of zeolite filler.
The highest sensitivity and maximum current density were recorded for the configuration based on β-cyclodextrin-modified gold particles as intermediate layer between adamantine-functionalized SWCNTs and GOX (31.02 mA M−1cm−2 and 350 μA cm−2, respectively).
