Примеры использования Corrosion rate на Английском языке и их переводы на Русский язык
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Background corrosion rate.
The corrosion rate is affected by SO2 but the influence is relatively weak.
Tolerable corrosion rate.
The corrosion rate is affected mainly by SO2 and hydrogen load of precipitation.
Continuous monitoring of water quality, corrosion rate, scale build-up and biocontamination.
The corrosion rate of most metals is strongly affected by the Cl concentration on the surface.
Constant monitoring of water quality, corrosion rate, scaling and bio-contamination processes.
The corrosion rate of steel structures substantially depends on the air moisture and its composition.
The use of inhibitors in water treatment provides for reducing the corrosion rate in heat exchangers and pipelines.
Materials- corrosion rate of the exposed materials.
The temperature was increasing also for"Riga", from 2°C to 9°C,but in this case the corrosion rate increased line a in figure 2.
Pipeline metal corrosion rate at different levels of its bedding.
At the end of the test metal plates again weighed andthere is calculated weight change indicator of metal K and corrosion rate P.
In 1997- 2003 the corrosion rate of carbon steel decreased to 40.
The presence of aluminum coupled to the galvanized steel increases the current density(corrosion rate) of the zinc by only 0.1% to 1% Jones[1], table 6.17.
Designed for reducing corrosion rate in both open and closed water supply systems of industrial enterprises.
Observations by ICP Materials show that the decreasing trend in the concentration of acidifying air pollutants has resulted in bringing down the corrosion rate of the exposed materials.
The Company monitors the corrosion rate of pipelines and inspects their condition.
Corrosion rate on either steel or aluminium surfaces exceeding 6.25 mm a year at a test temperature of 55 ºC when tested on both materials.
There was a significant decrease in the corrosion rate, which could be related to the decrease in SO2 concentration.
The corrosion rate of carbon steel decreased further from 1997 to 2003, though the rates for zinc and limestone increased slightly.
Calculations have been made, for example, to determine what levels of SO2 would be required in order tomaintain corrosion rates at 1.5 times(or twice) the background corrosion rate.
Katol 22A reduces the corrosion rate of metal surfaces contacting with the acid composition injected into the well.
The ultra-pure ferritic stainless steel(000Cr26Mo1) on the evaporator of the concentrated alkali(42%-46%)production line has a wall corrosion rate of only 0.018 mm/a and a service life of more than 10 years.
The corrosion rate for nickel can be estimated with an equation involving time and SO2 concentration as explanatory variables.
At lower temperatures(annual averages below 10-12°C)the effect of temperature is positive, i.e. increases the corrosion rate, as the temperature is above freezing point for longer.
In 1997- 2003 the corrosion rate of carbon steel continued to fall, but the rates for zinc and limestone increased slightly.
While summarizing the preliminary results achieved after four years of exposure(EB. AIR/WG.1/2002/9), he noted the importance of the multi-pollutant conditions andthe complexity of factors influencing corrosion rate in such situations.
Corrosion rate on either steel or aluminium surfaces exceeding 6.25 mm per year at a test temperature of 55 °C when tested on both materials.
During the period 1997- 2003, however, the corrosion rate of carbon steel decreased, while the corrosion rate of zinc and limestone increased slightly.