Sentence examples for modifications aiming at from inspiring English sources

However, the rules and regulations pose strict design constraints on the shape modifications aiming at aerodynamics improvements.

This paper summarises several modifications aiming at improving, under such remote handling requirements, the present reference design of the Test Cell shielding plugs and aspects of the geometrical structure of the Test Cell.

In addition, we discuss the use of click chemistry for functionalizing such materials, focusing on modifications aimed at biomedical applications.

Since its introduction in 1991, the number of laparoscopic Nissen fundoplications (LNFs) has increased annually.7, 8 The Nissen fundoplication has undergone many modifications aimed at minimizing postoperative side effects and improving the longevity of the repair.

Structural modifications aimed at lowering their lipophilicity were performed at the central phenyl ring and at the S4 binding biphenyl region by incorporating water solublizing substituents.

This review focuses on the use of technological processes to induce protein modifications aimed at the enhancement or generation of antibacterial activity.

The structure of CPT is easily amenable to chemical modifications aimed at introducing substituents to reinforce target inhibition and/or to improve water-solubility.

The corresponding leuAfbr gene devoid of the attenuator region and under control of a strong promoter was integrated in one, two or three copies into the genome and combined with additional genomic modifications aimed at increasing l-leucine production.

This tends to mean that each new system is very similar to the previous one with some minor modifications aimed at reducing the problems that the last machine had.

Compared to the pilot 350-kWth conical FBC exhibiting combustion efficiency of up to 96%, the newly constructed 400-kWth combustor included geometrical and design modifications aimed at improving the combustion efficiency and emission performance of the reactor.

This disruptive technology combines in silico numerical simulations with in vitro measurements, by correlating device hemodynamics with platelet activity coagulation markers before and after iterative design modifications aimed at achieving optimized thrombogenic performance.