Sentence examples for shielding layer from inspiring English sources

The insulating layer is extruded simultaneously by the conductor shielding layer, the insulating layer and the insulation shielding layer.

To improve the tumor therapeutic efficiency and reduce undesirable side effects, ternary FK/p53/PEG-PLL DA) complexes with a detachable surFK/p53/PEG-PLL DAyer were designed.

Integrated line scans for image contrast, determined by subtracting zero-field signal from applied-field signal, show sharp contrast peaks at 3 Å corresponding to the shielding layer of Cs+ ions (see Figure 6).

To avoid the expansion of insulation padding, a shielding layer made of a kind of material of good fire resistance was adopted to prevent the insulation layer from touching the melt.

The shielding layer serves as a cushion of heat and expansion during solidification process so as to resist the expansion of castings and guarantee the feeding effect at the same time.

It is revealed that the particle particle interaction leads to the formation of a shielding layer above the sample surface to protect the surface by reducing or damping the impact of incident particles.

From inner to outer, the proposed tank has two shielding layers to shield the high- and low-energy neutrons.

The detector is surrounded by shielding layers of liquid and is sited deep underground to protect it from other particles that might also create flashes.

Semiconductive polymer shielding layers of power cable require stable volume resistivity to protect the insulation layer from stress enhancements when carbon black (CB /polymer composite undergoes thermal cycles.

The MCNP simulation indicated that HDPE-Borax is the most efficient among the aforementioned candidate materials, and the combined thickness of the shielding layers should exceed 100 cm to satisfy the dose limit on the outside surface of the shielding wall of the facility when limiting the thickness of the HDPE-Borax intermediate layer to below 5 cm.

The thermal energy generation rate inside the shielding materials is calculated using the build up factor method for multi-energy photons emitted from disc geometry radiation source and a comparison has been made in order to estimate the percentage of energy captured, and therefore saved, inside the shielding layers.