Sentence examples for precipitate order from inspiring English sources

The application of non-crystallographic symmetry (NCS) restraints represents only a qualitative short-range modeling of the crystal or precipitate order.

On 9 April, the fall of Salonika precipitated the order for the battalion to withdraw from their positions at Katerini south to Olympus.

The two samples are combined and acetone precipitated in order to remove the guanidium-HCl and the unreacted ICATTM reagent.

RFLP patterns were resolved on 8% acrylamide:bis-acrylamide (19 1) in 1× TBE buffer and stained with ethidium bromide (1 μg/ml) for 15 min. Products of each nested PCR were pooled in 0.5-ml sterile eppendorf tubes at comparatively optimal amounts, and ethanol precipitated in order to purify and concentrate the samples in a 10 μl volume.

It can be seen that deuterium implantation stimulates the formation of a great number of chaotically distributed dislocations, small-sized precipitates, some ordered segregations with an average scalar volume density ρ = 5 × 1010 cm−2.

It would end the capacity of Congressional minorities to precipitate crises in order to accomplish goals for which they lacked the votes.

While Geoffrey connects with a local worker through Michael Jackson songs, we head farther and farther into the country's interior, and into the hierarchy of class between Rwandan blacks, which will, in short order, precipitate the country's hideous tragedy.

Hence, lysozyme aggregation switched from fibril growth with well-defined populations of intermediates to a precipitation pathway producing a wide distribution of compact precipitates without discernable order or internal structure.

H-phase precipitates on the order of 10 30 nm were shown to increase transformation temperatures and also to narrow thermal hysteresis, compared to unaged material.

Magnetic Fe3O4 nanoparticles were synthesized by co-precipitation of Fe2+ and Fe3+ aqueous salt solutions using NH3 · H2O as the precipitating agent in order to adjust the pH value.

Empirical datasets of volume fractions and size distributions of small γ′ precipitates from "real" multi-component engineering nickel-based superalloys are vital to calibrate and validate the computer models which predict high sensitivities of mechanical properties to size and volume fraction of these fine γ precipitates, and in order to accelerate microstructure and alloy development.