Sentence examples for requirements of surface from inspiring English sources
The chapter's focus is on toolpath generation for surface milling, especially contour surface milling where the requirements of surface finish largely determine the adequacy of the toolpath.
Equation 14 shows that liquid-rich MBEs can indeed be rigorously written in term of surface gas production G p and equivalent gas molar density, as per the requirements of surface gas component molar conservation.
It is necessary to consider those factors, such as surface, subsurface and drilling conditions, to optimize the well locations during the well site optimization stage and to follow the basic requirements of "surface following subsurface, engineering following geology".
The great tension and arguments between amount of texturization and requirement of surface passivation is the greatest challenge of front surface engineering of C-Si solar cell.
In addition, a surface roughness map has also been developed to optimize the selection of wiper radius and feed rate to satisfy the requirement of surface finishing with higher productivity.
However, the multi-functional requirements of a surface defined at the design stage can be difficult to realise.
The strict requirements of controlling surface defects while maintaining adequate material selectivity are particularly notable in this regard.
However, Si-based solar cells are not convenient because of excessive fabrication costs, requirements of large surface area and their limited functionality in the absence of sunlight.
The detailed analysis of the designed peptide interactions and comparison of those peptides with the known peptides indicate that our method is able to detect the requirements of binding surface; such as hydrophilicity, electrostatic compatibility, aromatic interactions, sulfur atom and its interactions.
Due to the high resolution and precision requirements of near-surface investigations, the high-frequency Rayleigh waves are usually used for near-surface structural detecting.
A series of electrochemical measurements have revealed that the resulted monodispersed Pd1Cu1 nanospheres can meet the requirement of high surface area with a high electrochemically active surface area (EASA) values of 31.1 m2 g−1, which is 4.06 times higher than that of commercial Pd/C.
