Randomization randomized

Random Highly oriented Random Random Random... 

Strength orientation Random Orientation of ply Depends on wind Directional Random Random... 

In random bond percolation, which is most widely used to describe gelation, monomers, occupy sites of a periodic lattice. The network formation is simulated by the formation of bonds (with a certain probability, p) between nearest neighbors of lattice sites, Fig. 7b. Since these bonds are randomly placed between the lattice nodes, intramolecular reactions are allowed. Other types of percolation are, for example, random site percolation (sites on a regular lattice are randomly occupied with a probability p) or random random percolation (also known as continuum percolation the sites do not form a periodic lattice but are distributed randomly throughout the percolation space). While the... 

No real system is fully random. Random systems are over-simplified ideal models similar to those of strictly regular structures. Most relevant is the effect of the finite volume of the monomer units which implies that two units can approach each other only up to their diameter. Thus a certain volume is forbidden or excluded for the individual repeating units. For hard sphere monomers this excluded volume is just eight times the monomer volume. This excluded volume... 

Further analysis of linearity data typically involves inspection of residuals for fit in the linear regression form and to verify that the distribution of data points around the line is random. Random distribution of residuals is ideal however, non-random patterns may exist. Depending on the distribution of the pattern seen in a plot of residuals, the results may uncover non-ideal conditions within the separation that may then help define the range of the method or indicate areas in which further development is required. An example of residual plot is shown in Figure 36. There was no apparent trend across injection linearity range. 

DIMS9011 T C A CGACCG TCAAAC T C C Random Random coil (100%) - - -... 

Why is any of this of interest If it is known that some data are normally distributed and one can estimate p and a, then it is possible to state, for example, the probability of finding any particular result (value and uncertainty range) the probability that future measurements on the same system would give results above a certain value and whether the precision of the measurement is lit for purpose. Data are normally distributed if the only effects that cause variation in the result are random. Random processes are so ubiquitous that they can never be eliminated. However, an analyst might aspire to reducing the standard deviation to a minimum, and by knowing the mean and standard deviation predict their effects on the results. 

Using the f value, let us define the time-dependent quality 2 [f (f)/f (0) - 1] and three intermediate folding times fi/4, t]/2, and 3/4, describing its evolution, as well as the corresponding sequence-averaged probability distribution functions Wi/4, Wi/2, and W3/4. The distribution of folding times averaged over 1000 different sequences of 128-unit HP copolymers with random, random-block, and protein-like statistics are shown in Fig. 26. 

The distribution of the molecules is completely random ( randomness of mixing ), that is to say the probability of pairs AA, AB and BB is determined only by the ratios of the number of particles. This is only correct when the differences in interaction for these pairs are small compared with the thermal energy kT. 

A widely used approach to establish the model robustness is so-called y-randomization (randomization of response, i.e., in our case, activities) (191). It consists of repeating the calculation procedure with randomized activities and subsequent probability assessment of the resultant statistics. Frequently, it is used along with cross-validation. It is expected that models obtained for the data set with randomized activity should have low values of otherwise, the original model should be considered insignificant. We suggest that the y-randomization test is a mandatory component of model validation. 

Pore packing Hexagonal Random Random Cubic, Hexagonal Hexagonal Hexagonal... 

Study (Ref.) Time Interval (min) Door to randomization Randomization to departure Transfer time Door to balloon Symptom onset to balloon... 

Of course, the experiments within a block should be run at random. Randomized experimentation with respect to some factors and blocking of the experiments with respect to some other factors exclude each other. Therefore, in practice, a compromise between randomized runs and blocked experiments has to be found. 

Strength orientation Random Random Highly oriented With flow... 

Finished surfaces Strength orientation Random One Random Random One One Orientation of ply Two Depends on wind Two Two Directional... 

Globular proteins have been found (by X-ray diffraction examination of their crystals) to be partly helical, partly pleated, and partly random. Randomness seems to be encouraged by residues of asparagine, aspartic acid, and phenylalanine. It also appears that the acidic constituents occur preferentially near the... 

Atatic polymers - The arrangement of the asymmetric carbon atoms in the polymer chains are completely random (random d and T) and no proper sequence is maintained. An example is atactic polypropylene. 

Randomization Random ordering of the treatments within a block in an attempt to minimize the effect of uncontrolled factors... 

A covariance analysis may be performed on appropriate data for any of the standard designs that is, completely randomized, randomized complete block, Latin square, split plot, and so on. The technique is the... 

Random Random failures are two types, one permanent (after repairing it goes) and one conditional, that is, when a condition (say high temperature) exists, it exists, but when a condition disappears, then the fault disappears. So the latter... 

One approach is to also test the asthma drug on a control group who have been sampled randomly. Randomized controls increase the validity of a study. 

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