Fourier transform infrared spectroscopy (FTIR) and atomic force microscopy (AFM) were used to characterize the corrosion surface of cold rolled steel.
The predictions of maximum size in larger volumes are compared with those from extrapolating the log-normal curve which fits the size distribution of inclusions observed on the surface of cold crucible remelted buttons of the steels.
It was proposed that adsorbed air molecules on the surface of cold substrates cause turbulence in the spreading of molten ceramic droplets, which ultimately leads to poor splat adhesion.
Thus, the surface of cold strips is not oxidised, and the surface is quite smooth due to very high rolling forces used in cold deformation process.
Samples obtained from surfaces of cold chain for classical microbiology, did not yield positive.
Soon as I went in and plunged beneath the surface a shock of cold clawed at my lungs.
In melt spinning, a jet of molten metal is propelled against the moving surface of a cold, rotating copper cylinder.
A vapour stream, formed within a vacuum chamber by thermal evaporation of a sample of the material to be deposited, impinges on the surface of a cold substrate.
Organic vapors condensed into thin layers of ice on the surface of a cold substrate are exposed with an electron beam to create resist patterns for lithography applications.
A study of the evolution of recrystallised structure and texture in the surface of a cold rolled twin roll cast AlFeSi alloy is presented.
Although minor differences exist, the surface corrosion of cold sprayed and electrodeposited coatings generally exhibited similar corrosion behaviour to standard wrought copper.
