in this research carbon nanotubes were produced by chemical vapor deposition of acetylene over a mixture of iron and cobalt catalysts supported on nanometric tio2 and the influences of two synthesis parameters: growth temperature and catalyst composition ratio on properties of end-product carbon nanotubes were investigated. the catalytic basis was prepared by wet impregnation method with differ...

a simple chemical vapor deposition technique at atmospheric pressure (apcvd) is adopted to synthesize the aligned arrays of functionalized multi-walled carbon nanotubes (amwcnts) without using any carrier gas, at 230◦c, 750◦c and 850 ◦c. camphor (c10h16o) is used as carbon source because this botanical hydrocarbon is chip and abundant which convert the cvd technique to a green method for produc...

multi-walled carbon nanotubes (mwnt’s) were synthesized using chemical vapor deposition (cvd) method in a fluidized bed reactor under the flow of methane and hydrogen gases. a cobalt-molybdenum/magnesium oxide (co-mo/mgo) nanocatalyst was used as the catalyst of the process. the samples were analyzed using scanning electron microscopy (sem) and x-ray diffraction (xrd) analyses. the effects of d...

2D Two dimensional 3D Three dimensional BEOL Back end of line BI Burn-In CMP Chemical mechanical polishing D2D Die-to-die D2W Die-to-wafer ECD Electro-chemical deposition ECG Deleted in chapter EMIB Embedded multi-die interconnect bridge FEOL Front end of line IP Intellectual property KGD Known good die KOZ Keep out zone MCM Multi chip module MCP Multi chip package MEOL Middle end of line MPM M...