Sentence examples for temperature shell from inspiring English sources

High-quality core/shell QDs synthesized using high temperature injection and lower temperature shell growth method usually possess long lifetime in liquid phase (10 30 ns).

The preparation of stable latex with minimum pre-mature crosslinking required an ambient temperature shell polymerization via a redox initiator system under basic reaction conditions.

A temperature based Finite Element Model is developed to estimate the evolution of temperature, shell growth profiles and solidification length of a solidifying ingot in a twin-belt caster.

These PL decay results indicate that the thicker gradient composition shells of ZnCdSe/ZnS core-shell QDs, which were synthesized by "low temperature injection and high temperature shell growth" method [23], can effectively reduce the FRET probability between the interacting QD dipoles.

The simulated temperature and shell thickness results are compared with the data measured at the industrial caster.

Slow addition of the air-stable ZnS precursor (diethyldithiocarbamate) at elevated temperature allowed shell formation on the surface of each particle, thereby enhancing PL properties (Figure 5b).

If local buckling is not expected at ambient temperature, complex shell elements are not necessary when the failure mode is fully plastic and fiber-beam elements, which are simpler and less "computationally expensive" than shells, suffice.

The effects of material property gradient, the temperature change, shell geometric parameter, stacking sequence, foundation stiffness as well as the end conditions on the vibration characteristics of FRC shells are discussed in detail through a parametric study.

Here, we report the preparation of dendritic unimolecular polymeric micelles with temperature sensitive shells via reversible addition fragmentation transfer (RAFT) technique.

In the first case, optimum inlet molar flow rate, inlet pressure of the reaction side and temperatures of shell and tube sides have been obtained within their practical ranges.

The results reveal that the nonlinear vibration characteristics of the shells are significantly influenced by the GRC material property gradient, the stacking sequence of the plies, the temperature variation, the shell geometric parameter and the shell end conditions.