Although it has been known that the magnetized water shows different physicochemical properties, the exact nature of the magnetized water is not clearly elucidated yet. We have explored the effect of magnetized water in the precipitation of salts, i.e., $BaSO_4,\;BaCO_3,\;CaCO_3$, and in the hydration hardening of gypsum plaster. The amount of salt precipitation was measured by salt filter assay in water bath, $25^{\circ}C$ and also the hydration hardening speed of gypsum plaster was measured by the Gillmore needle method at room temperature. When the salt ions were interacted with each other in 0.1 M concentration, the precipitation reactions of $BaSO_4,\;BaCO_3$, and $CaCO_3$ increased more in the magnetized water, about 3.6%, 3.8%, and 4.4%, respectively, than in the control water. And the hydration hardening speed of gypsum plaster increased more in the magnetized water than in the control water. These data suggest that the magnetized water, which is supposed to be organized by forming numerous nano/micro clusters, induces the increase of salt precipitation and also accelerates the hydration hardening speed of gypsum plaster.
@article{ JCGMDC_2002_v46n1_7}
,title={Study on the Effect of Magnetized Water in the Precipitation Reaction of Salts and in the Hydration Hardening Speed of Gympsum Plaster}
,volume={1}
, url={http://dx.doi.org/10.5012/jkcs.2002.46.1.007}, DOI={10.5012/jkcs.2002.46.1.007}
, number= {1}
, journal={Journal of the Korean Chemical Society}
, publisher={Korean Chemical Society}
, author={Sang-Il, Jeon
and
Dong-Ryul, Kim
and
Sung-Hyun, Lee
and
Dong-Suk, Kim
and
Suk-Keun, Lee}
, year={2002}
, month={Feb}
TY - JOUR
T2 - Journal of the Korean Chemical Society
AU - Sang-Il, Jeon
AU - Dong-Ryul, Kim
AU - Sung-Hyun, Lee
AU - Dong-Suk, Kim
AU - Suk-Keun, Lee
SN - 1017-2548
TI - Study on the Effect of Magnetized Water in the Precipitation Reaction of Salts and in the Hydration Hardening Speed of Gympsum Plaster
VL - 46
PB - Korean Chemical Society
DO - 10.5012/jkcs.2002.46.1.007
PY - 2002
UR - http://dx.doi.org/10.5012/jkcs.2002.46.1.007
ER -
Sang-Il, J.
,
Dong-Ryul, K.
,
Sung-Hyun, L.
,
Dong-Suk, K.
,
&
Suk-Keun, L.
( 2002).
Study on the Effect of Magnetized Water in the Precipitation Reaction of Salts and in the Hydration Hardening Speed of Gympsum Plaster.
Journal of the Korean Chemical Society,
46
(1)
Korean Chemical Society.
doi:10.5012/jkcs.2002.46.1.007
Sang-Il, J
et al.
2002,
Study on the Effect of Magnetized Water in the Precipitation Reaction of Salts and in the Hydration Hardening Speed of Gympsum Plaster,
Journal of the Korean Chemical Society,
vol. 1,
no. 1,
Retrieved from http://dx.doi.org/10.5012/jkcs.2002.46.1.007
[1]
J Sang-Il
,
K Dong-Ryul
,
L Sung-Hyun
,
K Dong-Suk
,
and
L Suk-Keun
,
“Study on the Effect of Magnetized Water in the Precipitation Reaction of Salts and in the Hydration Hardening Speed of Gympsum Plaster”,
Journal of the Korean Chemical Society,
vol. 1,
no. 1,
Feb
2002.
Sang-Il, Jeon
Dong-Ryul, Kim
Sung-Hyun, Lee
et al.
“Study on the Effect of Magnetized Water in the Precipitation Reaction of Salts and in the Hydration Hardening Speed of Gympsum Plaster”
Journal of the Korean Chemical Society,
1.
1
2002:
Sang-Il, J
,
Dong-Ryul, K
,
Sung-Hyun, L
,
Dong-Suk, K
,
Suk-Keun, L
Study on the Effect of Magnetized Water in the Precipitation Reaction of Salts and in the Hydration Hardening Speed of Gympsum Plaster.
Journal of the Korean Chemical Society
[Internet].
2002.
Feb ;
1
(1)
Available from http://dx.doi.org/10.5012/jkcs.2002.46.1.007
Sang-Il, Jeon
,
Dong-Ryul, Kim
,
Sung-Hyun, Lee
,
Dong-Suk, Kim
,
and
Suk-Keun, Lee
,
“Study on the Effect of Magnetized Water in the Precipitation Reaction of Salts and in the Hydration Hardening Speed of Gympsum Plaster.”
Journal of the Korean Chemical Society
1
no.1
()
Feb,
2002):
http://dx.doi.org/10.5012/jkcs.2002.46.1.007