Sentence examples for specimens development from inspiring English sources

Qualification of electric penetration assemblies for CAP series nuclear power plant is introduced, including identification of qualification requirements, selection of representative specimens, development of qualification test plan, and implementation of qualification tests.

Applications of this technology will include planar immunoassays with nanoscale control over the diagnostic information and concomitant deep penetration capability into soft tissue specimens, development of new nanophotonic systems, and fabrication of nanoscale bar codes addressable by the nanocages and their patterns.

In the evaluation using small specimens, developments and guidelines of small specimen test technique or technology (SSTT) are also demanded for the achievements.

It is possible that the stress generated by very early intervention in specimen development could offset the balance of microbial intestinal composition or immune responsiveness.

However, with respect to controlling flexural cracks of HSRC beam specimens, the development of such cracks must be investigated by performing full-scale experiments.

As has been shown in laboratory-grown specimens, the development and form of the fruiting bodies is at least partially dependent on the intensity of light it receives during development.

He delves into the history of exploration and the tall tales of the great hunters, explores the science of collecting and naming specimens, traces the development of the conservation movement and addresses the central issues of extinction and biodiversity.

The experimental behaviors of test specimens including damage development process, load-deformation responses, stiffness degradation, energy dissipation capacity, failure pattern and ductility were discussed.

Displacement controlled bending fatigue tests with stress ratio R of 0.1 were conducted on standard specimens and damage development in the composite was continuously monitored through the decrease of bending moment during cycling.

Both the construction of the laboratory specimens and the development of the optimized finite element models are detailed and the assessment of the floor performance in a simulated room is discussed.

Characterization studies, both microstructural and mechanical, of the W W brazed specimens demonstrated the development of new brazing fillers which meet requirements such as strength and flexibility for adaptation to the shape of the joint.