The exponential growth in research in gold nanoparticles has been mainly due to the following reasons stability of gold nanoparticles, many relatively easy preparation methods, its role in nanoscience and nanotechnology.
Briefly, many NGS library preparation methods rely on genome reduction, including targeting the transcriptome (e.g., Wen et al., 2013), nuclear loci (e.g., Weitemier et al., 2014), or the plastome (e.g., Stull et al., 2013).
The preparation process and product of Ag2S have many disadvantages in traditional preparation methods.
Many synthesis routes and preparation methods give very little end products [6, 7, 19], and some synthesis process requires expensive equipment [20, 21].
Up to now, there are many reports on the preparation methods of conducting polymer/ZnO composites [15 17], and the methods are mainly electrochemical polymerization [18] and mechanical mixing [19].
These results demonstrate that a stable dispersion can be achieved by many different methods, but the thermal conductivity enhancement is dependent on the preparation methods.
Many types of supporting matrices for expanded bed adsorbents have been developed, and their preparation methods are being consummated gradually.
Recently, many studies have been reported on the preparation and characterization of metal tungstates using various preparation methods such as Czochralski [12], precipitation [13, 14], hydrothermal [11, 15], solid state [16], pulsed laser deposition [17].
Similarly, although grain products are naturally low in fat, preparation methods that incorporate added fats could result in high-fat content for many grain food products, such as baked goods.
