Sentence examples for different types of carriers from inspiring English sources
Fig. 9 Cost and energy savings for different traffic profiles and different types of carriers within the first 5 years.
The results are represented as a function of the estimated traffic evolution in 5 years for different traffic profiles and different types of carriers.
The increased resistivity of these samples could be due to existence of these two different types of carriers in these samples that act in two different directions.
Currently all available commercial simulation tools, to the best of our knowledge, use the HD models with a single temperature assigned to the same type of carriers (e.g. the electrons and the holes, as different types of carriers, may have different temperatures).
Consulting the crystallographic structure (Table 1, column 5) and carrier type (Table 2, column 6) indicates that at this temperature the samples contain a mixture of two phases with two different types of carriers, namely Cu2O (p-type) and CuO (n-type), though the final identification in Table 2 for the carrier type of these samples is given as p-type.
Substantial work needs to be done in understanding what causes different types of carriers to migrate to tissues differentially.
Specific organisms for introduction into the environment have been combined with different types of carrier materials, such as agar, peat, alginate, alginate-clay and fluid gels (Stromo and Crawford 1994; Petrich et al. 1998).
This relates to the fact that different type of carriers can be injected into these Si-ncs and the capacitance changes caused by these trapped charges can be easily detected by SCM at the nanometer scale.
To offer wireless customers "a whole different type of carrier relationship".
In line with Sijmons et al. [27], this method is used for the inventory of the spatial footprints of different types of energy carriers and energy chains.
Although many studies use different types of polymers as carriers to prepare Ptx-loaded polymeric nanoparticles, the relatively low loading efficiency of Ptx-loaded polymeric nanoparticles significantly limits its application.
