Sentence examples for materials was effectively from inspiring English sources

Consumers and manufacturers became so hypnotized by petroleum-based plastics that development of other, perhaps less negatively impactful, materials was effectively ceased.

The government said that anyone building new reactors in Britain must manage and pay for the cost of handling waste products, unlike the existing situation where all radioactive materials are effectively dealt with through the public purse via the Nuclear Decommissioning Authority.

Furthermore, the results of prothrombin time (PT) and activated partial thromboplastin time (APTT) indicated that antithrombogenicity of the materials were effectively improved.

Importantly, the proposed material was effectively applied for colorimetric determination of Fe2+ in four real environmental water samples with an accurate deviation of 4.0% and a low detection limit of 38 nmol L−1.

The rod-like morphology observed in FETEM images of the nHA indicated that the material was effectively synthesized, with the length of individual crystals ranging from 50 to 200 nm and the width ranging from 15 to 30 mm.

The combination of rapid sedimentation and the warm flows from below into the rift zone lead to the organic material being effectively modified soon after sedimentation.

By replacing the conventional particles with composite particles for the same mass of desiccant material, the available area for heat and mass transfer increases and more amount of desiccant material is effectively utilized.

Guided by this law, the trap properties of this material are effectively tailored by Cr3+ codopants, and consequently the degradation of the infrared-to-ultraviolet persistent luminescence is greatly reduced.

That leads to concerns about the vulnerability of the materials to disasters like terrorist attacks, and it raises persistent questions about whether the materials can be effectively monitored for periods that exceed recorded human history many times over.

Carbon materials can be effectively characterized by Raman spectroscopy.

It is demonstrated the adjustable emittance range of the thermochromic materials can be effectively enlarged by designing the surface morphology.