Sentence examples for rich corrosion from inspiring English sources

EDX confirmed that black surface deposits were chromium rich corrosion debris, while SEM analysis revealed considerable pitting in the vicinity of the black debris.

Figure 13 SEM-BSE micrograph of central white-grayish tin rich corrosion phase of sample HT.48.04 that represents ghost structure of recrystallized and twinned grains of original bronze alloy that has replaced by corrosion products pseudomorphically.

SEM-EDS analysis of layers in this sample revealed that inner layer (A) is a tin-rich corrosion product with 54.5% of Sn beside 9.81% of Cu.

This process, however, can be minimized by alloying additions of Mo, which permit the deposition of Mo-rich corrosion products within an active crevice.

Plasma immersion ion implantation (PIII) of nitrogen on AISI 316L austenitic stainless steel has been investigated at four different negative implantation biases (5, 10, 15, 20 kV) and two different pulse-on-times (5 and 10 μs) for developing a nitrogen/nitride-rich corrosion resistive layer.

The structural integrity of traditional FRP components in corrosive environments is usually dependent on the integrity of a corrosion-resistant barrier, such as a resin-rich layer containing corrosion resistant glass fibers.

The results indicated that for the zinc richer phases the corrosion mechanism was similar, consisting of Zn selective dissolution and leading to enlargement of cracks and pores initially present in the coating.

Under nutritionally rich conditions, the average corrosion rate was low; it never exceeded 1.2 mpy.

ZrB2-rich compositions performed better in the high pH solutions; whereas HfB2-rich compositions showed better corrosion resistance under acidic conditions.

In order to develop the eco-friendly Zn-rich coatings with higher corrosion resistance and lower pigment contents, several series of coatings were designed and manufactured employing lamellar Zn (Al) pigments mixed with silicone-acrylate emulsion modified inorganic silicate vehicle, and then were evaluated by conventional methods and the electrochemical method.

For the Cr-rich DSM11 alloy, a mild corrosion attack happened, but severe internal Al-rich oxidation occurred inside the alloy.