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We simulate the distribution of 1,000 SWCNT-bundles after DEP for both parallel and comb electrode.
We numerically demonstrate this effect by simulate the electrical field structure for both parallel and comb electrode when one SWCNT-bundle bridged the electrodes.
As shown in Fig. 5, for both parallel and comb electrode structure, the highest field region (red zone) is intercepted by the presence of bridged SWCNT-bundle at Y = 0. Away from the bundle, the field structure remains the same as in Fig. 4. Several experiments confirmed this "screen" effect of bridged SWCNT-bundle to latter bundles in DEP process.
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The simulated electrical field strengthE2for parallel and comb electrode is shown in Fig. 3.
The fungi grow on the combs, and the termites consume both fungi and combs.
Alternatively, you can simply comb the area in which you wish your parting to be over your head (backwards, following the natural direction of your scalp); then, holding one side down with your fingers, slide the comb through your hair which holding it parallel to your hair's direction, and comb downwards.
The microactuator utilizes parallel-plates actuation and comb-finger position sensing.
The catalyst was deposited selectively on a comb structure parallel and perpendicular to the shadow mask.
Marked bees were present both on the combs and inside cells.
When very fine yarns are desired, carding is followed by combing, a process that removes short fibres, leaving a sliver composed entirely of long fibres, all laid parallel, and both smoother and more lustrous than uncombed types.
Figure 2 The electrode structure used in simulation:a parallel electrode b comb electrode c parallel electrode with SWCNT-bundle bridged; andd comb electrode with SWCNT-bundle bridged.
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