Sentence examples for fold density from inspiring English sources

An almost seven fold density variation for coolant/moderator along the active height does not allow the use of constant density assumption for design calculations, as used for previous generations of reactors.

Activated thermo-stable enzyme was reported by Coll et al. (1993), and from various studies carried out, it was found that packing of protein increases the content of helical fold, density of H bonds, salt bridges, distribution of charged residues, proportions of amino acids, and glycosylation.

In our previous paper [27], we demonstrated that the self-assembly process can interpolate points in between the EB-generated pattern, thus attaining four-fold density multiplication.

In particular, optimal culture conditions resulted in significant increase in the total cross-sectional muscle area (∼3-fold), myofiber size (∼1.6-fold), myonuclei density (∼1.2-fold), and force generation (∼9-fold) compared to traditional use of freshly-isolated cells and static culture.

On a 100 fold current density increase to 5 A g−1 CMHS had a 49.9% of its initial specific capacitance, and had 77.4% capacitance retention after 2000 cycles at 2 A g−1.

Assays of the P2X7-specific 75 KDa band revealed a five fold lower density in cancer tissues than in normal tissues (Fig. 7H).

We demonstrated that ENCODE-identified pTRRs [ 26] lacking conserved sequence intervals defined by phastCONS were present at a 4.33 fold higher density in intergenic proximal regions compared to the intergenic distal region (Table 4, Table 5).

Overnight cultures were diluted 9^2-fold (high density spots) or 9^5-fold (low density spots) and spotted onto NA or SMG agar plates.

The tolerance of the lattice mismatch between chemical pattern and d spacing of domains for nine-fold feature density multiplication is smaller than that for four-fold feature density multiplication.

Here, we report a nine-fold feature density multiplication can be attained by the directed block copolymer assembly.

The 3.4 nm catalyst demonstrated higher performance over that of 2.4 nm, with a 23-fold current density increase at 0.2 V vs. RHE.