online hack tool (original) (965.39 KB)
online hack tool (original)
Source title: Direct write contacts for solar cells - Direct, write, contacts, for, solar, cells, Abstract
, Ag, Cu, and, Ni, metallizations, were, inkjet, printed, with, near, vacuum, deposition, quality., The, approach, developed, can, be, easily, extended, to, other, conductors, such, as, Pt, Pd, Au, etc., Thick, highly, conducting, lines, of, Ag, and, Cu, demonstrating, good, adhesion, to, glass, Si, and, PCB, have, been, printed, at, 100-200, 癈, in, air, and, N2, respectively., Ag, grids, were, inkjet-printed, on, Si, solar, cells, and, fired, through, the, silicon, nitride, AR, layer, at, 850, 癈, resulting, in, 8%, cells., Next, generation, multicomponent, inks, (including, etching, agents), have, also, been, developed, with, improved, fire, through, contacts, leading, to, higher, cell, efficiencies., PEDOT-PSS, polymer, based, conductors, were, inkjet, printed, with, conductivity, as, good, or, better, than, that, of, spin-coated, films. - sciencestage.com Engineering
http://sciencestage.com/d/4623802/directions-in-biomedical-research:-the-nih-roadmap.html |
