n region การใช้

• The N region attached to MT2 does not participate significantly.
• Each row and column intersects N regions and shares N cells with each.
• N regions are detected on each image of the M images in the dataset.
• The generated electron immediately moves into the N region, while the generated holes drift across the P region.
• Flow of electrons is called as the current flow, but whereas the holes are also moving from the p region to the n region.
• The N region attached to MT2 is active, but the N region attached to MT1 only participates in the initial triggering, not the bulk current flow.
• The N region attached to MT2 is active, but the N region attached to MT1 only participates in the initial triggering, not the bulk current flow.
• Thus a P-dimensional vector "'h "'assigns one region of interest ( out of N regions ) to each model part ( for P parts ).
• This electric field helps in speeding up of the transport of charge carriers from the P to the N region, which results in faster operation of the diode, making it a suitable device for high frequency operations.
• For instance, an electron moving through the junction from the p region to the n region ( as in the diagram at the beginning of this article ) is being pushed by the electric field against the concentration gradient.
• Likewise, holes from the p-type region near the p n interface begin to diffuse into the n-type region, leaving behind negatively charged ions in the p region and recombining with electrons, forming positive ions in the n region.
• Since electrons flow " uphill ", an electron at the very end of the n region ( there are plenty there ! ) and a hole from the end of the p region traverse the wire and the load and annihilate somewhere outside the cell.
• When a negative gate-source voltage ( positive source-gate ) is applied, it creates a " p-channel " at the surface of the n region, analogous to the n-channel case, but with opposite polarities of charges and voltages.
• Of particular interest, the highest areas of amino acid conservation between PREP and KIAA0922 are the areas most conserved in KIAA0922 ( KIAA0922 # Conservation ) are the esterase lipase region ( 483 . . . 706 ) and peptidase S9 N region ( 7 . . . 423)
• After joining p-type and n-type semiconductors, electrons from the n region near the p n interface tend to diffuse into the p region leaving behind positively charged ions in the n region and being recombined with holes, forming negatively charged ions in the p region.
• After joining p-type and n-type semiconductors, electrons from the n region near the p n interface tend to diffuse into the p region leaving behind positively charged ions in the n region and being recombined with holes, forming negatively charged ions in the p region.
• Both of these elements are part of a larger family of TTAA-target site specific insertion elements that includes the T . ni derived piggyBac and tagalong elements, the Spodoptera frugiperda derived elements IFP1.6 and 290 bp insertion of Carstens, and the transposon-like insertion within the EcoRI-J, N region of Autographa californica nuclear polyhedrosis virus, whose origin is undefined.