ZHANG Hui-xin, BAO Bo-rong, GE Hong-hua, JI Shu-yi, ZHOU Guo-ding, SUN Yue-ping, HUANG Guo-jun. CORROSION INHIBITION OF A LOW-PHOSPHOURS WATER STABILIZER[J]. Corrosion & Protection, 2006, 27(12): 611-613.
Citation:
ZHANG Hui-xin, BAO Bo-rong, GE Hong-hua, JI Shu-yi, ZHOU Guo-ding, SUN Yue-ping, HUANG Guo-jun. CORROSION INHIBITION OF A LOW-PHOSPHOURS WATER STABILIZER[J]. Corrosion & Protection, 2006, 27(12): 611-613.
ZHANG Hui-xin, BAO Bo-rong, GE Hong-hua, JI Shu-yi, ZHOU Guo-ding, SUN Yue-ping, HUANG Guo-jun. CORROSION INHIBITION OF A LOW-PHOSPHOURS WATER STABILIZER[J]. Corrosion & Protection, 2006, 27(12): 611-613.
Citation:
ZHANG Hui-xin, BAO Bo-rong, GE Hong-hua, JI Shu-yi, ZHOU Guo-ding, SUN Yue-ping, HUANG Guo-jun. CORROSION INHIBITION OF A LOW-PHOSPHOURS WATER STABILIZER[J]. Corrosion & Protection, 2006, 27(12): 611-613.
CORROSION INHIBITION OF A LOW-PHOSPHOURS WATER STABILIZER
The corrosion inhibition effect of a low-phosphorus water stabilizer on steel and brass was investigated by rotary coupon corrosion test,electrochemical polarization curves and electrochemical impedance spectroscopy techniques.Under the test condition,this water stabilizer exhibited good corrosion inhibition effect both on steel and brass,which could catch up with the traditional water stabilizer SPC-405.
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