The TEM and AFM methods show that nanocellulose have diameter of particles in the range from 10to4040 nm.
The performances of the two methods show that blended basis functions provide a promising result in CS.
All three methods show that negatively charged Alq3 molecules have rather delocalized electronic structures suitable for electron transport.
Comparative results from two methods show that ratio method has higher system efficiency with solar irradiation below 600 W/m2.
The results obtained from both methods show that long-range internal stresses of the same type exist in the cell as well as in the subgrain structures.
Pairwise covariance analyses among the four methods show that maximum likelihood and distance regressions are not significantly different, while maximum parsimony and Bayesian are distinct (Table 2).
Both IFA and IEM methods show that MSP119 is cleared from the ring-stage parasite's surface by endocytosis into the vacuolar system where it remains until the schizont breaks down at the release of the next generation of merozoites.
Second, isotope dilution methods show that, in severe sepsis, the turnover of both glucose and lactate is increased.
Both of these methods show that sample 4 was the most divergent, relative to the other 4 samples.
Trees produced by classical and signature methods show that position of various vertebrate clades (birds, sharks, mammals, fishes, batrachians) is in agreement with paleontological data.
In summary, state-of-the-art theoretical methods show that MLCT excitation of RuII ammine chromophores leads to large increases in molecular NLO responses.
