Abstract
In order to determine the hydrologic parameters, such as filtration velocity, flow direction and dispersity, {sup 131}I isotope is used as tracer in the groundwater aquifer. This method has advantages over traditional methods in respect of power saving, and is simple, quick and economical.
Rukuan, Zheng;
Zengxin, Wu;
[1]
Heyi, Huang
[2]
- Instituts of Enviromental Protection, Beijing, BJ (China)
- Beijing Nuclear Instrument Factory, BJ (China)
Citation Formats
Rukuan, Zheng, Zengxin, Wu, and Heyi, Huang.
Isotope instrument FD-138 for the hydrologic parameter.
China: N. p.,
1988.
Web.
Rukuan, Zheng, Zengxin, Wu, & Heyi, Huang.
Isotope instrument FD-138 for the hydrologic parameter.
China.
Rukuan, Zheng, Zengxin, Wu, and Heyi, Huang.
1988.
"Isotope instrument FD-138 for the hydrologic parameter."
China.
@misc{etde_6914808,
title = {Isotope instrument FD-138 for the hydrologic parameter}
author = {Rukuan, Zheng, Zengxin, Wu, and Heyi, Huang}
abstractNote = {In order to determine the hydrologic parameters, such as filtration velocity, flow direction and dispersity, {sup 131}I isotope is used as tracer in the groundwater aquifer. This method has advantages over traditional methods in respect of power saving, and is simple, quick and economical.}
journal = []
volume = {8:4}
journal type = {AC}
place = {China}
year = {1988}
month = {Jul}
}
title = {Isotope instrument FD-138 for the hydrologic parameter}
author = {Rukuan, Zheng, Zengxin, Wu, and Heyi, Huang}
abstractNote = {In order to determine the hydrologic parameters, such as filtration velocity, flow direction and dispersity, {sup 131}I isotope is used as tracer in the groundwater aquifer. This method has advantages over traditional methods in respect of power saving, and is simple, quick and economical.}
journal = []
volume = {8:4}
journal type = {AC}
place = {China}
year = {1988}
month = {Jul}
}