The phrase "assembly environmental" is not correct and does not convey a clear meaning in written English.
It may be intended to refer to environmental aspects related to assembly processes or events, but as it stands, it lacks clarity and context.
Example: "The assembly environmental regulations must be adhered to during the manufacturing process."
Alternatives: "assembly-related environmental" or "environmental assembly".
The main relevant inaccuracy sources for the overall acquisition system are: (i) the inaccuracy of the robot in reproducing a selected target trajectory; (ii) the uncertainty associated to the laser displacement-sensors; (iii) the precision in assembling the support frame; (iv) the sensitivity of the assembly to environmental effects such as temperature and vibrations.
The use of polymer particles in ACAs contributes to reduced package sizes, assembly temperatures, environmental compliance, and manufacture costs.
A better understanding of the dynamic assembly and environmental response of lipid membranes can help understand these processes and design novel nanomaterials for biomedical applications.
Personalized recommendation for knowledge reuse provides a framework to share product knowledge such as assembly process, environmental impact and energy efficiency in manufacturing, in order to help engineers make their best decisions.
This involves the multicomponent co-assembly of environmental friendly carbon precursors (phloroglucinol and glyoxal), amphiphilic copolymer Pluronic F127 as structure directing agent followed by metal precursor salts incorporation.
This integrated cell was free of ion-exchange membrane and individual anolyte, with the virtues of low-cost, easy assembly and environmental-friendly.
The main goal of the assessment is evaluation of influence of added man-made materials (e.g. hydrophilic mineral wool) on the assemblies' total environmental impacts.
Our results show that Roche 454 pyrosequencing might be a good choice for obtaining de novo draft assemblies of environmental bacterial strains relatively economically, however, it remains problematic for re-sequencing projects because of its high error rate.
The remarkably stable nature of these assemblies under various environmental conditions suggests applications in enzymelike catalysis, biological interfaces for cellular recognition, and two-dimensional platforms for studying DNA-peptide interactions.
Poor manufacture, assembly, faulty design and environmental problems cause most of the failures investigated.
