Mixtures representing regular smoked foil pattern (C2H2 + 2.5O2 + 70%Ar) and irregular pattern (C2H2 + 2.5O2, C3H8 + 5O2) are used in the experiments.
In another set of tests ("foil tests, see Fig. 4 for visual representations and stimulus descriptions: Test 4, 5, and 6 for both groups as well as Test 8 for the AB group) a stimulus containing the dependency was presented with a foil pattern altering or lacking the dependency in a specific way.
Because the backrest is made up of cushions of varying sizes printed with metal foil patterns on the back, it is suited for placement in the middle of the floor, rather than against a wall.
On the other hand, photoelectrodes based on TiO2 micro-flowers were fabricated by an anodizing process of Ti foil patterned and shaped such that they approximated cylindrical protruding dots.
Two types of foil were created: The similar condition reflected foil patterns that differed by only one block from the target pattern.
PE had similar results for both center and near-edge foil patterns (center: 13/25, P = 0.5; near edges: 18/35, P = 0.5).
When tested with foil patterns containing recurrences of dependent elements in the center or near the edges of the string, both individuals treated foils and non-foils indiscriminately (FK: 36 out of 60, P = 0.08, KL: 33 out of 60, P = 0.26).
Before the anodizing process, the Ti foils patterned with conical islands were successively ultrasonicated with acetone, ethanol, and deionized (DI) water to remove any residues on the surface of the Ti foils.
When A's were placed at the end of the stimulus and B's at the beginning (Test 9), this subject chose randomly between foil and non-foil patterns (18/30, P = 0.18), but also failed in the familiar repetition trials (19/30, P = 0.1) suggesting distraction or a lack of attentiveness during this test.
Before the anodizing process, Ti foil samples patterned with protruding dots were successively sonicated with acetone, ethanol, and deionized (DI) water to remove any residue on their surfaces.
Honeycomb-like patterned Ti-substrate is available for further anodization after the separation of TNT from underlying Ti-foil (Figure 1d).
