Sentence examples for surface of nuclear from inspiring English sources

Hence, the developed Ni-3 alloy powder can be the hopeful candidate material for Co-free cladding material used on the surface of nuclear power valves; it can reduce the nuclear pollution and save the expensive metals.

To meet the demand of cobalt-free for the cladding coating materials used on sealing surface of nuclear power valves, a new Co-free, Ni Cr based alloy powder (Ni-3) has been developed.

We use micro and nanotechnologies to engineer the surfaces of nuclear reactors at the micro and the nano scale.

Using a sequence-based method designed to detect coevolution of amino acids in a protein, termed the statistical coupling analysis (SCA), we identify a network of energetically coupled residues that link the functional surfaces of nuclear receptor ligand binding domains.

As a first step of development, we designed and tested an optical pyrometry procedure to measure the surface temperature of nuclear fuel claddings without any contact, under air, in the temperature range 700 850 °C.

The inner surface of the nuclear envelope has a protein lining called the nuclear lamina, which binds to chromatin and other contents of the nucleus.

In Drosophila, B-type lamin (Lam) is a primary constituent of the nuclear lamina, the protein network that lines the inner surface of the nuclear envelope; lamins directly interact with chromatin and play a role in transcriptional regulation (reviewed in Marshall 2002).

Heterochromatin lines the inner surface of the nuclear envelope and the more open, transcriptionally active euchromatin is dispersed in the nuclear interior.

Nuclear intermediate filament proteins, called lamins, form a meshwork that lines the inner surface of the nuclear envelope.

Active nuclear import of proteins is believed to occur in two steps: binding to cytoplasmic surface of the nuclear pore complex, followed by the energy-dependent translocation into the nucleus [9], [14], [23].

As described in Berríos et al. (2010), the cluster formation (disaggregation of the prophase bouquet with CTC's attached to the nuclear envelope) can be modeled as a placement of single CTC's upon the inner surface of the nuclear envelope by means of a Laplace mechanism.