The phrase "assembly preparation" is correct and usable in written English.
It can be used in contexts related to the process of getting ready for an assembly, such as in manufacturing, events, or meetings.
Example: "The team is currently focused on assembly preparation to ensure everything is in place for the product launch."
Alternatives: "setup for assembly" or "preparation for assembly".
This causes high efforts in design processes, assembly preparation and raises the number of product variants.
The as-prepared hollow structured composites showed a good rate capability as electrode material for supercapacitor, and the as-designed interfacial assembly preparation strategy for such composites may provide a generic guideline in developing other graphene-base composite hollow spheres with different compositions.
Despite the prevalence of agitation methods in block polymer assembly preparation, previous work has focused on equilibrium kinetics, and the influence of solution agitation on chain exchange has not been explored comprehensively.
There is a whole cascade of events from food assembly, preparation, to digestive breakup starting in the mouth, to the complex stomach and intestinal events, involving biochemical processes to finally present the functional molecules and nutrients to the absorptive sites at the intestinal wall.
A detailed description of the assembly preparation can be found in refs. 32– 36 In detail, the 18/11-assembly 18/11-assembly to 7.0 GPa in 200 min and heated to 700 °C (cylindrical graphite furnace) in the followasg 10 min, kept there for 10 min, and compressedn to 300 °C in 30 min at constant pressure.
This paper presents results of recent investigations to develop an optimized in-house membrane electrode assembly (MEA) preparation technique combining catalyst ink spraying and assembly hot pressing.
The authors identify two levels of operations when dealing with manuscripts: the assembly and preparation of the materials, and the establishment of aspects such as chronology and authorship.
These nanostructures exhibited several remarkable features: facile modular design, facile assembly and preparation, high programmability, excellent biostability and biocompatibility, and selective recognition and transportation.
As short read lengths may be challenging for de novo assemblies, library preparation protocols for complex metagenomics samples were improved in order to generate much longer reads by overlapping and merging read pairs before assembly.
