On the Uptake of 65Zn and the Concentration Factor on Zn in Marine Organisms: I. Uptake of 65Zn in Marine Organisms

Kazuhisa Kameda; Makoto Shimizu; Yoshio Hiyama

首页> 外文期刊>Journal of radiation research >On the Uptake of 65Zn and the Concentration Factor on Zn in Marine Organisms: I. Uptake of 65Zn in Marine Organisms

【24h】

On the Uptake of 65Zn and the Concentration Factor on Zn in Marine Organisms: I. Uptake of 65Zn in Marine Organisms

机译：海洋生物对65Zn的吸收及其对锌的富集因子：I.海洋生物对65Zn的吸收

获取原文

获取外文期刊封面封底 >>

开具论文收录证明 >>

文献代查 >>

团队文献服务 >>

页面导航

著录项
相似文献
相关主题

著录项

来源
《Journal of radiation research 》 |1968年第2期| 共13页
作者
Kazuhisa Kameda; Makoto Shimizu; Yoshio Hiyama;
展开▼
作者单位

展开▼
收录信息
原文格式 PDF
正文语种
中图分类分子物理学、原子物理学 ;
关键词

相似文献

外文文献
中文文献
专利

1. On the Uptake of 65Zn and Concentration Factor of Zn in Marine Organisms: II. Changes in Zn and 65Zn Concentration in Rearing Water [J] . Kazuhisa Kameda, Makoto Shimizu, Yoshio Hiyama Journal of radiation research . 1970 ,第1期

机译：关于海洋生物中65Zn的吸收和Zn的富集因子：II。饲养水中锌和65Zn浓度的变化
2. Marine organisms and radionuclides: with special reference to the factors affecting concentration of (137)-Cs in marine fish [J] . Fujio KASAMATSU Radioisotopes . 1999 ,第4期

机译：海洋生物和放射性核素：特别提及影响海洋鱼类中（137）-Cs浓度的因素
3. Marine organisms and radionuclides: with special reference to the factors affecting concentration of (137)-Cs in marine fish [J] . Fujio KASAMATSU Radioisotopes . 1999 ,第4期

机译：海洋生物和放射性核素：特别参考影响海洋鱼类中（137）-Cs浓度的因素
4. COP's space-temporal distribution in sea water, marine sediments and marine organisms in the coastal platform off Itata river discharge area, Octava Region, Chile [C] . M. Salamanca, C. Chandia, A. Camano 8th International conference on fate and effects of pulp and paper mill effluents and 10th IWA symposium on forest industry wastewater 2012 . 2012

机译：缔约方会议在智利奥克塔瓦地区伊塔塔河排放区附近沿海平台中海水，海洋沉积物和海洋生物中的时空分布
5. Nitrogen Isotope Fractionation and Toxin Production During the Uptake of Micromolar Concentrations of Nitrate, Ammonium, and Urea by a Marine Dinoflagellate [D] . Armstrong, C. Taylor 2017

机译：海洋恐龙鞭毛虫吸收硝酸盐，铵和尿素的微摩尔浓度时的氮同位素分馏和毒素产生
6. Incorporation of 65Zn in the sub-cellular fractions of the liver and spontaneously occurring mammary tumours of mice after the injection of zinc–glycine containing 65Zn [O] . M. E. Bartholomew, R. Tupper, A. Wormall 1959

机译：注射含65Zn的甘氨酸锌后将65Zn掺入小鼠肝脏的亚细胞部分和自发发生的乳腺肿瘤
7. Studies on the chemical behaviour of 106Rn in dea water and its uptake by marine organisms. I. Accumulation and excretion of 106Rn by clam. [O] . Masafumi ISHIKAWA, Taku KOYANAGI, Masamichi SAIKI 1976

机译：海洋生物体106rn中106rn化学行为的研究及其摄取。 I.蛤蜊106rn的积累和排泄。
8. RADIOISOTOPE UPTAKE IN MARINE ORGANISMS WITH SPECIAL REFERENCE TO THE PASSAGE OF SUCH ISOTOPES AS ARE LIBERATED FROM ATOMIC WEAPONS THROUGH FOOD CHAINS LEADING TO ORGANISMS UTILIZED AS FOOD BY MAN [R] . 1955

机译：海洋生物体中的放射性同位素摄取，特别参考通过食物链从原子武器解放的这种同位素的通道，这些食物链通过人工作为食物生产的有机物

On the Uptake of 65Zn and the Concentration Factor on Zn in Marine Organisms: I. Uptake of 65Zn in Marine Organisms

著录项

相似文献

相关主题

期刊订阅