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Crossover algorithm.

Crossover at meiosis. Two homologous chromosomes are shown aligned in the top line. Each consists of two chromatids, joined together at the centromere. A and B represent genes on one chromosome, and a and b the corresponding alleles on the other chromosome. After recombination two new gene combinations are apparent. The middle and bottom lines represent other possible methods of recombination. Source

Crossover behavior for a ternary system.

Crossover between dilute and semi-dilute solutions.

Crossover current density of trimethoxymethane as a function of concentration in liquid-feed direct oxidation fuel cells at 90 C.

Crossover diagram in the s — 5 plane . Shaded areas roughly correspond to power law regions. A

Crossover diagram in the s — z plane . Shaded areas roughly correspond to power law regions. A

Crossover diagram in the w — f plane

Crossover diagram in the w — plane

Crossover experiment

Crossover experiment demonstrates the expected number of species and the expected number of spin environments for a square dimer structure

Crossover experiment in the Pd BPA-catalyzed rearrangement of allylic thiocarbamates.

Crossover experiment of palladium-catalyzed decarboxylative allylic alkylation reported by Stoltz et al. The authors measured the exact molecular masses by HRMS. The whole numbers are indicated here for reasons of simplification.

Crossover experiment showing the intramolecular nature of the N-Rlm-imine coupling reactions.

Crossover experiments

Crossover experiments to distinguish between intermolecular and intramolecular mechanisms.

Crossover frequency of polystyrene bead in water as function of the radius. The symbols are expt-data

Crossover from 0- to good solvent conditions in dilute solutions. Calculated characteristic frequencies, normalized to 0-conditions, as dependent on reduced temperature for two different chain lengths N at various values of between t 0 and t 0.9 is given

Crossover from 3D Ising to isotropic Lifshitz class of critical universality. From Pipich, V. Schwahn, D. Willner, L. Phys. Rev. Lett. 2005, 94,117801 J. Chem. Phys. 2005, 123,124904-124916

Crossover from conventional to passive water treatment vs. time.

Crossover from single-chain to many-chain behavior in PDMS d-benzene at T 343 K. Characteristic frequencies Q

Crossover from single-chain to many-chain relaxation at T 343 K. Lineshape analysis for PDMS d-benzene at c 5 and 18 double logarithmic plot of — ln S

Crossover method

Crossover model for combined biotic abiotic methylations in the environment.

Crossover of peak retention times as a function of gradient rate in the separation of peptides.



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