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Electrochemical Characteristics of BIS 2062 Carbon Steel Under Simulated Ocean Acidification Scenario
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Dear Professor,
I am herewith enclosing a research paper entitled “
Electrochemical characteristics of BIS 2062 carbon
steel under simulated ocean acidification scenario.
” authored by Devika
KR, and me.
The research
paper highlights the behavior of carbon steel in acidified natural seawater. Ocean acidification is a burning issue under
climate change. Several studies have undertaken to understand the behavior
marine organisms and marine environment. No studies have initiated regarding
the deterioration of materials due to ocean acidification. Large number of materials
were deployed in the ocean with different objectives. These materials are under
risk as the ocean acidification continues. We believe this is the first attempt
to study the impact of ocean acidification on carbon steel.
The study
conducted to evaluate the impact of ocean acidification on BIS 2062 boat
building steel. The results showed that the carbon steel will deteriorate 2 to
3 times higher when pH was changed from 8.05 to 7.90. The data highlights the
immediate need to redesign the marine materials within 1-2 decade. The paper
also highlights the possible mechanism of deterioration under different pH
scenario.
Thanking you
Sincerely
ashrafp
Title: Electrochemical Characteristics of BIS 2062 Carbon Steel Under Simulated Ocean Acidification Scenario
Description:
Dear Professor,
I am herewith enclosing a research paper entitled “
Electrochemical characteristics of BIS 2062 carbon
steel under simulated ocean acidification scenario.
” authored by Devika
KR, and me.
The research
paper highlights the behavior of carbon steel in acidified natural seawater.
Ocean acidification is a burning issue under
climate change.
Several studies have undertaken to understand the behavior
marine organisms and marine environment.
No studies have initiated regarding
the deterioration of materials due to ocean acidification.
Large number of materials
were deployed in the ocean with different objectives.
These materials are under
risk as the ocean acidification continues.
We believe this is the first attempt
to study the impact of ocean acidification on carbon steel.
The study
conducted to evaluate the impact of ocean acidification on BIS 2062 boat
building steel.
The results showed that the carbon steel will deteriorate 2 to
3 times higher when pH was changed from 8.
05 to 7.
90.
The data highlights the
immediate need to redesign the marine materials within 1-2 decade.
The paper
also highlights the possible mechanism of deterioration under different pH
scenario.
Thanking you
Sincerely
ashrafp.
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