The phrase "integrally developed" is correct and usable in written English.
It can be used to describe something that has been developed in a comprehensive or holistic manner, often referring to systems or processes.
Example: "The project was integrally developed to ensure all aspects were considered and addressed."
Alternatives: "thoroughly developed" or "holistically developed."
Development and climate change are integrally linked, and developed countries counted more than 80% of FSF as official development assistance (ODA)." The ODI also found that climate finance pledged through multilateral climate funds fell by 71% last year.
In this paper, we have successfully developed integrally skinned BTDA-TDI/MDI (P84) co-polyimide hollow fibers for pervaporation dehydration of isopropanol (IPA), which have impressive flux and selectivity towards water.
The development of my independence was integrally facilitated by the technologies developed by such companies as Apple and Facebook.
A language independent 3D-PDF-learnstrument for the assembly of integrally geared compressors has been developed.
Froma macro geographical perspective, South China and Southeast Asia are integrally connected by gently rolling hills, developed river systems and the South China Sea.
A novel, integrally heated, rotational moulding tool has been developed to produce PEEK polymer liners, samples of which have then been overwrapped using CF/PEEK in a laser assisted tape-placement (LATP) process to produce demonstrator samples of a polymer lined COPV.
An implicit enumeration algorithm with embedded integrally constrained multi-commodity min-cost flow was developed.
We have developed and produced X-ray radiation detectors of "scintillator-photoreceiving device" (S-PRD) type, which are integrally located on the inverse side of the photodiode (PD).
In this work, three optimization algorithms Levenberg Marquardt, simulated annealing and a newly developed and proposed hybrid differential evolution particle swarm optimization are considered in the shape optimizations of cross-sections of integrally stiffened panels (ISP) for aeronautical applications, when subjected to buckling deformation modes within the elasto-plastic range.
The current study may furnish a reference towards developing efficient tactics for integrally advancing g-C3N4 for renewable energy generation, and disclose a new perspective into promoting charge separation via microstructure design.
