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If charge-carrier recombination as well as doping is ignored, then Ni, Ag, Ga, Pt, Sn, Ni, and Pd could be the best choice of catalyst materials, if and only if InSb NWs can be grown by using the abovementioned catalysts.
Catalyst-free growth, second phenomena for NW growth via tip-led process of individual NW, is necessary for avoiding contaminations in metal-organic chemical vapor depositions [24, 50, 51], where it was observed that NWs can be grown by using antimony cluster as catalyst on their tip.
Despite this, substantial crops can be grown by using a mulch of volcanic stones, a trick discovered after volcanic eruptions in 1730.
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In the next section, it will be shown that silicon NW can be grown by CVD using fully CMOS-compatible catalysts: PtSi, Pd2Si, and NiSi.
It is interesting to note that pure wurtzite and zinc-blende nanowires can be grown by changing only the diameter of the nanowires using nanoparticles of different sizes, with certain growth conditions applied [29, 30].
It is shown that InGaN films with a full range of In compositions can be grown using MOVPE by optimizing growth temperature and TMI/(TMI + TEG) molar ratio.
Any variety of potato can be grown using this method.
By improving salt tolerance, important crops such as wheat can be grown on previously used farmland that has been claimed to be fallow due to salination.
The algae can be grown in saltwater, fresh, using wastewater and the C0-2 produced from burning it is absorbed by the new algae as it grows and produces the lipids (oil).
Different types of zeolite layers can be grown on porous carbon tubes by using different types of zeolite seeds.
Even vertical arrays can be grown under special conditions [18], mostly by using Au catalyst.
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