Abstract
The {sup 89}Sr was put into a tea tree-soil system by different ways. The results showed that for {sup 89}Sr put into the system through the above-ground 1 part of tea tree, its concentration in tea was much higher than that through soil. The concentration of {sup 89}Sr in older tea was higher than that in shoot for the same treatment. The accumulation and disappearance of {sup 89}Sr in tea varied with the treatments. For the treatment through the above-ground part, the concentrations of {sup 89}Sr in older tea and shoot were monotonously decreasing with time. For the treatment through soil the concentration of {sup 89}Sr in shoot increased initially to a maximum value, then decreased slowly; while the concentration of {sup 89}Sr in older tea increased quickly in a definite period, then increased slowly to gain a saturated value. In addition, the values of concentration factor of {sup 89}Sr in the older tea and shoot were determined, too.
Chuanqun, Chen;
Shouxiang, Wang;
Yongxi, Zhang;
Zhiming, Sun
[1]
- Zhejiang Agricultural Univ., Hangzhou (China). Inst. of Nuclear Agricultural Sciences
Citation Formats
Chuanqun, Chen, Shouxiang, Wang, Yongxi, Zhang, and Zhiming, Sun.
The dynamics of accumulation and disappearance of {sup 89}Sr in tea.
China: N. p.,
1994.
Web.
Chuanqun, Chen, Shouxiang, Wang, Yongxi, Zhang, & Zhiming, Sun.
The dynamics of accumulation and disappearance of {sup 89}Sr in tea.
China.
Chuanqun, Chen, Shouxiang, Wang, Yongxi, Zhang, and Zhiming, Sun.
1994.
"The dynamics of accumulation and disappearance of {sup 89}Sr in tea."
China.
@misc{etde_58836,
title = {The dynamics of accumulation and disappearance of {sup 89}Sr in tea}
author = {Chuanqun, Chen, Shouxiang, Wang, Yongxi, Zhang, and Zhiming, Sun}
abstractNote = {The {sup 89}Sr was put into a tea tree-soil system by different ways. The results showed that for {sup 89}Sr put into the system through the above-ground 1 part of tea tree, its concentration in tea was much higher than that through soil. The concentration of {sup 89}Sr in older tea was higher than that in shoot for the same treatment. The accumulation and disappearance of {sup 89}Sr in tea varied with the treatments. For the treatment through the above-ground part, the concentrations of {sup 89}Sr in older tea and shoot were monotonously decreasing with time. For the treatment through soil the concentration of {sup 89}Sr in shoot increased initially to a maximum value, then decreased slowly; while the concentration of {sup 89}Sr in older tea increased quickly in a definite period, then increased slowly to gain a saturated value. In addition, the values of concentration factor of {sup 89}Sr in the older tea and shoot were determined, too.}
place = {China}
year = {1994}
month = {Jun}
}
title = {The dynamics of accumulation and disappearance of {sup 89}Sr in tea}
author = {Chuanqun, Chen, Shouxiang, Wang, Yongxi, Zhang, and Zhiming, Sun}
abstractNote = {The {sup 89}Sr was put into a tea tree-soil system by different ways. The results showed that for {sup 89}Sr put into the system through the above-ground 1 part of tea tree, its concentration in tea was much higher than that through soil. The concentration of {sup 89}Sr in older tea was higher than that in shoot for the same treatment. The accumulation and disappearance of {sup 89}Sr in tea varied with the treatments. For the treatment through the above-ground part, the concentrations of {sup 89}Sr in older tea and shoot were monotonously decreasing with time. For the treatment through soil the concentration of {sup 89}Sr in shoot increased initially to a maximum value, then decreased slowly; while the concentration of {sup 89}Sr in older tea increased quickly in a definite period, then increased slowly to gain a saturated value. In addition, the values of concentration factor of {sup 89}Sr in the older tea and shoot were determined, too.}
place = {China}
year = {1994}
month = {Jun}
}