尿氚,urine tritium
1)urine tritium尿氚
1.The monitoring of urine tritium of professional workers with direct measurements is studied.介绍了用液闪法直接对氚操作人员的尿氚监测。
2)Tritium concentration in urine尿氚浓度
3)3 H-uridine氚标尿嘧啶
1.Methods By the means of light microscopic radio or autography,We observed the distribution of the 3 H-uridine in the retina of chick embryos for 1day ,2,3,4 and 7days.方法应用光镜放射自显影技术 ,对 1、2、3、4、7d鸡胚视网膜氚标尿嘧啶的分布进行了观察。
4)tritium[英]['triti?m][美]['tr?t??m]氚
1.Study and application of the polymer materials for technics and protection about tritium;高分子材料在氚工艺和氚防护中的应用
2.An Analysis Software of Tritium Distribution in Food and Environmental Water in China.;中国食物和环境氚分布数据分析软件的实现
3.Investigation on the Characteristics of Titanium-tritium Reaction Ⅰ.Characteristics of Thermodynamics;钛-氚反应特性研究 Ⅰ.热力学特性
英文短句/例句

1.tritium/tritium oxide in air monitor空气中水监测器
2.Study of Measurement Methods of Tritium Concentration of Occupational Workers and Internal Doses;涉工作人员体内浓度测量方法及致剂量研究
3.METABOLISM DISTRIBUTION AND TRANSFER OF TRITIUM IN PREGNANT MICE AFTER EXPOSURE TO TRITWM WATER单次注入水后在孕鼠体内的代谢和转移
4.The Application and Quality Control of the Liquid Scintillation Method for Tritium Determination in the Technological Text on Separating Tritium from Heavy Water;液闪测法在重水提工艺试验中的应用及其质量控制研究
5.STUDY ON COMPARISION OF MODEL FOR ESTIMATION OF CONCENTRATION OF TRITIUM IN WHEAT FROM LONG-TERM ATMOSPHERIC RELEASES OF TRITIUM长期大气释放后小麦中浓度预测模型的比较研究
6.More reactive are the heavier isotopes of hydrogen, deuterium and tritium.更为活跃的是氢的较重同位素,氘和
7.determination of tritium activity concentration - liquid scintillation counting method活动浓度的测定-液体闪烁计数法
8.Estimation of groundwater renewal rate by tritium in the piedmont plain of the Taihang Mountains利用估算太行山前地下水更新速率
9.The application of ~3H tracer in soil aerated zone tracing experiment示踪剂在土壤包气层实验中的应用
10.Preparation of cholesterol and its oxide labeled with tritium标记胆固醇及其氧化衍生物的制备
11.Kinetic Isotope Effects of Desorption for Zirconium Deuteride and Tritide氘/化锆热解吸动力学同位素效应
12.Development of tritium analysis system TAS 1.0聚变堆分析程序TAS1.0的设计与开发
13.Progress in design and study of ITER test blanket modulesITER增殖实验包层设计研究进展
14.Theoretical Analysis of Tritium Separation by Solid Polymer Electrolyte固体聚合物电解池分离的理论分析
15.Establishment of cryogenic ternary phase diagram for deuterium-tritium fuel core氘-燃料芯块低温三元相图的建立
16.Ion sputtering yields on T? Ti target are numerically calculated with TRIM program.应用TRIM程序模拟了离子在钛靶上的溅射产额。
17.LABELLING OF NEW CHALATING AGENT(H-73-10) WITH TRITIUM AND CARBON-14新型螯合剂H-73-10的碳-l4和标记合成法
18.Synthesis of labelling new chelaling agent(H-73-10) with tritium and carbon-14新型螯合剂H-73-10的碳-14和标记合成
相关短句/例句

Tritium concentration in urine尿氚浓度
3)3 H-uridine氚标尿嘧啶
1.Methods By the means of light microscopic radio or autography,We observed the distribution of the 3 H-uridine in the retina of chick embryos for 1day ,2,3,4 and 7days.方法应用光镜放射自显影技术 ,对 1、2、3、4、7d鸡胚视网膜氚标尿嘧啶的分布进行了观察。
4)tritium[英]['triti?m][美]['tr?t??m]氚
1.Study and application of the polymer materials for technics and protection about tritium;高分子材料在氚工艺和氚防护中的应用
2.An Analysis Software of Tritium Distribution in Food and Environmental Water in China.;中国食物和环境氚分布数据分析软件的实现
3.Investigation on the Characteristics of Titanium-tritium Reaction Ⅰ.Characteristics of Thermodynamics;钛-氚反应特性研究 Ⅰ.热力学特性
5)de-tritium脱氚
6)Tritium oxide氚水
1.Tritium oxide in urine is determinated by distillation and liquid scintillation method and total tritium (tritium oxide and organic tritium) in urine is determinated by oxidation distillation and liquid scintillation method.用蒸馏-液闪法和氧化蒸馏-液闪法分别测量了氚污染人员尿中的氚水浓度和总氚(氚水和有机氚)浓度。
2.Tritium oxide and total tritium in 72 urine samples from the workers in which tritium concentration is more than radioactive background were determinated in the course of the decommissioning in 1999.用蒸馏液闪法测量尿中氚水浓度 ,用氧化蒸馏液闪法测量尿中总氚 (氚水和有机氚 )浓度。
延伸阅读

肾性葡萄糖尿氨基酸尿磷酸盐尿症肾性葡萄糖尿氨基酸尿磷酸盐尿症renal glucosuria aminoaciduria and phosphaturia  又称“Fanconi综合征”。遗传性或获得性近端肾小管多种功能异常疾病。临床上表现为肾性糖尿、全氨基酸尿、磷酸盐尿、高血氯性代谢性酸中毒、低血钾、多尿及肾小管性蛋白尿等。遗传性Fanconi综合征又可分为成人型及婴儿型两类,后者又称为“de-Toni-Debre-Fanconi综合征”或“Lignac-Fonconi综合征”。