The phrase "design processing" is correct and usable in written English.
It can be used in contexts related to the design of systems, products, or processes, particularly in fields like engineering, software development, or graphic design.
Example: "The design processing phase is crucial for ensuring that the final product meets user requirements and expectations."
Alternatives: "design development" or "design analysis".
There are kinetic, heat transfer, and diffusion-related issues in a bulk polymerization process that make it difficult to develop and design processing methods that result in high molecular weight polymer at high throughputs with a high conversion of the monomer.
With the emerging nations swiftly absorbing many of the service industry skills we prize (see the rendering farms in China that make high intensity design processing a snip, or the excellent architecture coming out of India) how do we maintain an upper hand when we might very well be hanging on by our fingernails?
These results suggest that in this experimental design, processing of BM is modulated by attention.
In the present work, the apparatus design, processing features, and experimental results are presented.
Collision detection is critical for collaborative assembly simulation to assist design processing.
The success of producing a composite using FSP depends on many factors such as tool design, processing parameters, and type of the material (Mishra et al. 2014).
In the development of an impeller, tasks like designing, processing and testing are carried out by designers, manufacturing engineers and testing engineers.
The foundry's various operations -- from harvesting ore to designing, processing and shipping finished materials -- came together within the walls of its 1865 Office Building, which was built that year but is now a gutted but grand brickwork ruin at the foot of the site.
Improperly designed processing equipment may affect the microbiological and chemical safety of the product and even result in physical contamination.
The processor includes carefully designed processing units dedicated for different parts of the scalar multiplication in order to increase performance.
The results underpin the importance of LPMOs in current commercial cellulose cocktails and show that efficient enzymatic saccharification of lignocellulosic biomass depends on designing processing conditions that promote LPMO activity.
