Sentence examples for in order to optimize further from inspiring English sources

The NIH-declared biosafety month offers an opportunity for all the agency's labs to reinforce their safety practices, policies, and training in order "to optimize further biosafety oversight," and "to strengthen [their] partnership[s] with [their] investigator communit[ies] to achieve shared biosafety goals," it continues. .

We first determined the viability of the L2 cells treated with arsenic in order to optimize our further experiments.

This progress simultaneously drives mechanistic research into the mechanotransduction process responsible for the observations in order to optimize the process further.

Alumina supported Ni-W catalysts with contents of components varying over a wide range were systematically studied in order to optimize a catalyst for further industrial use, mainly for HDN reactions.

In order to optimize the combustion process further and to adapt the burner design, as well as to obtain a tool that allows fast adaptation to new industrial applications, a numerical code utilizing a pseudohomogeneous heat transfer and flow model for the porous material was applied.

In order to optimize data transfer even further, we are currently developing lightweight sessions which only contain links to the data stored on the server.

Hence, in order to optimize palliative home care, further research is required into how to develop a shared care culture, how to improve communication along the cancer journey, how to delegate professional responsibility and on relatives role.

Obviously, this cannot be done solely based on toxicological information alone, and a multi-disciplinary weight-of-evidence approach, in which toxicological, socio-economic, political and stakeholder arguments are balanced in order to optimize societal benefits (see further).

In order to optimize the TENG design and further approach the matching of TENGs with autologous nerve grafts, many new cues, beyond the traditional ones, will have to be integrated into TENGs.

However, the bonding mechanism of copper surfaces with an initial dishing effect, induced by the polishing step, must be investigated in order to optimize the adhesion process and prevent further reliability issues.

Additional constraints on Γ allow further reduction in model complexity, e.g., γ t, f being identical at night time, in order to optimize the variance-bias trade-off; we further comment on this in Section 5.