If a compound had multiple cross-references to a single database, each cross-reference was investigated independently.
The operational test power of six versions of the duo-trio test method (two different versions of replicated tests under three reference modes – constantly stronger-reference (SR) vs. balanced-reference vs. constantly weaker-reference (WR)) were investigated using a pair of tomato juices with different sodium content in comparison to the same-different tests using a balanced-design.
Certain physical properties of the entire AC samples including reference samples were investigated before the corrosive process.
Chemical analysis and some physical properties of three different CKD replacements (10%, 20%, and 30% wt. of cement) in addition to reference mortar were investigated.
Firstly the H-, L- and C-type reference samples were investigated.
For this purpose, seven reference genes were investigated in tissues of the most important cereals (wheat, barley and oats).
Three scenarios S40, S60 and S80 with respectively 40%, 60%, and 80% of the individuals as reference individuals were investigated.
The reference concentration for each of the three ions is shown in Table 2. Four concentrations, that is, 0.05-, 0.5-, 1-, and 5-fold, of the reference concentration were investigated experimentally for each ion so that both the starved and rich ion conditions were covered.
Linear regression analysis showed that Rp estimates obtained with 0 6 min were in good agreement with R1, yielding the largest r and lowest standard deviation of residuals amongst all time intervals used, regardless of which study group and reference region were investigated.
In particular, references to interplay were investigated in the domains Inner Setting and Process.
