The phrase "adopted to develop and" is correct and usable in written English.
It can be used in contexts where you are discussing a method, strategy, or approach that has been chosen for the purpose of development.
Example: "The new policy was adopted to develop and enhance the skills of our employees."
Alternatives: "implemented to foster and" or "chosen to promote and".
Box-Behnken design (BBD) was adopted to develop and optimize the composition of SNEDDS.
With regard to this, a simulation based design methodology is adopted to develop and test new control schemes for ship propulsion.
A fitness-for-purpose approach defining quality was adopted to develop and validate guidelines.
A similar strategy can be adopted to develop and evaluate other types of medicine in the future.
In this paper, we have presented the approach we have adopted to develop and deploy an ambient assistive living system for patients with dementia.
The aim of this paper is to present the approach we have adopted to develop and deploy a system for ambient assistive living in an operating nursing home, and evaluate its performance and usability in real conditions.
Moreover, we also anticipate that the present self-template synthetic strategy would be adopted to develop more and more other metal silicate-based materials with distinct morphologies and structures for important applications in various fields.
In this study, an entity-based approach has been adopted to develop product and process models for representing design alternatives, which is more desirable for top down design process because it allows high-level abstraction in representing design information and design activities.
In this work, multi-stimuli responsive property of CuNCs was first investigated in depth and further adopted to develop a reliable and sensitive ACP assay.
In developing the work the C# language is adopted to develop the operation and monitoring via standard CyberOPC and XML file types are applied to the device description and definition of the network topology.
The quantitative correlation between PM2.5 and morphological factors can be adopted to develop scientifically robust and straightforward optimization strategies for planners.
