JXTA has following advantages: i) interoperability, ii) platform independence and iii) ubiquity.
Such an implementation offers the following advantages: (i) different cells may contain different mixes of multicast client groupings.
It has several advantages: (i) it is a relatively low-cost and eco-friendly procedure; and (ii) it is nontoxic, biocompatible, and thermally and chemically stable [8, 9].
The in situ formation of the nano-sized carbon during crystallization of LiFePO4 brought about two advantages: (i) an optimized particle size of LiFePO4, and (ii) a uniform distribution of fine carbon in the product.
In the past few years, EPD became a very interesting deposition technique because it showed some important advantages: i) great control of the deposition rate and ii) good coverage of complex shape parts.
In contrast to the existing results, the proposed methods have the following advantages: i) They have better practical value since parameter uncertainty, external disturbances and the problem that the state variables are not fully measurable are considered.
Taken together, the unique nanomedicine demonstrated a number of advantages: (i) ease and reproducibility of preparation, (ii) high drug payload, (iii) superior stability, (iv) prolonged circulation, and (v) improved therapeutic effect.
The suggested method has two advantages: (i) use of Cleavase increases the accuracy of ligation and (ii) a template independent ligation does not occur in LCR due to a special design of primers.
The OHAM has certain advantages: (i) it is a general method, (ii) contains an adjustable parameter to control the convergence of solution, and (iii) for certain choices of auxiliary quantities, its working resembles with those of other similar methods.
Over microfluidic devices, the present set-up offers two considerable advantages: (i) much larger particles are produced with a very good control of sizes and shapes and (ii) no lithography is required for its design.
This new device demonstrates the potential of aspiration efficiency as a mechanism of air pollution control offering two notable advantages, (i) no consumable material requirements and (ii) reduced energy consumption, over existing technology.
