Sentence examples for accurately engineered from inspiring English sources

This ultra-broad band (widest reported to date) parametric amplification with gain more than 10 dB is theoretically achieved by a combination of low input pump power source ~7 W and a short-length of ~70 cm of nonlinear-BMMF through accurately engineered multi-order dispersion coefficients.

This, they say, will help them to accurately engineer flying robots that use these same principles.

The rotational apparatus is a tool which can be used to more accurately engineer a homogeneously compliant anastomosis, with the ultimate goal of prolonging anastomotic patency.

The syntenic chromosome 5q31.2 region in mouse resides on two chromosomes, making it difficult to accurately engineer a complete knockout of all the genes at once.

We anticipate that a complete B centromere assembly will allow us to more accurately interpret the complex events underlying centromere misdivision (Kaszas and Birchler 1998) and inactivation (Han et al. 2009), as well as more accurately deploy engineered B chromosomes as gene delivery platforms (Birchler 2015).

By using the most up-to-date version of EcoCyc and modifying it with information on engineering interventions, a new database is created which more accurately represents the engineered strain.

These materials can be engineered more accurately than monolithic structures.

Composite materials can be engineered more accurately than monolithic structures (single-phase materials, such as metals), thus allowing the development of more effective tissue substitutes.

Specifically, the engineered strains accurately predicted toxicity shifts in all the treatment compartments under study (with phenolic concentrations ranging from approximately 10 to 600 mg l−1) with a low coefficient of variation of replicate determinations (between 1.16% and 8.32%).

As a novel tool for genome editing, clustered regularly interspaced short palindromic repeat (CRISPR)/CRISPR-associated protein 9 (Casystemstem developed from bacteria can be used to accurately and efficiently engineer and modify genomic DNA.

Further refinements are predicted with the advent of bioprinting technologies, and newly defined biomaterials and autologous cell sources that can be engineered to more accurately replicate human skin architecture, function and cosmesis.