滞留方程 equation of retention(1) retention equation(2)   equation of retention      Take the ratio of radioactivityiv urine to that in feces as 1,an equation of excretion and an equation of retention were fitted by theleast-square method and the initial body burden of ~(106)Ru for these six worders was estimated with theseequations.      用硫化铜载体沉淀法测定摄入后9—100天工作人员尿样及部分粪样中~(106)Ru 的含量,设尿、粪比为1,拟合了排泄方程和滞留方程,还估算了初始体负荷量。 短句来源   retention equation      While the retention equation of ~(147)Pm is: R(t)=0.199e~(-.1452t)+0 .812e~(0.0008t) Where the fast component T_1was 4.77 d: and the slow com-poment T_2 was 866.3 d.      ~(134)Cs的体内滞留方程为:R(t)=18.04 e~(-9.3175t)+45.13 e~(-0.0423t),其快组分T_1=0.07d,慢组分T_2=16.14d。 短句来源      The retention equation of ~(134)C_S was well described. by a two-exponential function, that is=R(t)=18.04~(-9.3175t)+ 45.13 e~(-0.0423t) There are tworetention components, fast and slow. The effective biological T_(1/2) were 0.07 and16.14 days respectively.      ~(147)Pm的体内滞留方程,用最小二乘法拟合为:R(t)=0.199e~(-0.1452t)+0.812e~(-0.0008t),包括快、慢两个不同的滞留半减期,其中快组分T_1=4.77d,而慢组分T_2=866.3d。 短句来源   “滞留方程”译为未确定词的双语例句      The fast component is Tt = 4. 77 d and the slow component is T2 = 866. 3 d. For the 134Cs, the equation is R(t) = 18. 04e-9.3175t + 45. 13e-0.0423t. The fast component is T1 = 0. 07 d and the slow component is T2 = 16.14 d.      ~(134)Cs的体内滞留方程为:R(t)=18.04e~(-9.3175t)+45.13e~(-0.0423t),其快组分T_1=0.07d,慢组分T_2=16.14d。 短句来源      The half-time of the fast component is T1= 4. 77 d and that of the slow component is T2 = 816. 3 d.      估算了体内的滞留方程,方程包括了两个快慢组分的半滞留期,即T_1=4.77d,T_2=816.3d。 短句来源      The retention process of (147)pm in the whole body was fitted by an equation with least square method as follow; R(t) = 0.199e-(0.1452t)+0.812e(-00008t) which consists of two components: the fast component T1=4.77d and the slow component T2=866.3d.      （147）~Pm的体内滞留过程，用最小二乘法拟合滞留方程为：R（t）＝0．199e0（－0．1452t）＋0．812e（－0．0008t）。 可见包括快、慢两个不同半滞留期，快组分T1＝4．77天，慢组分T2＝866．3天。 短句来源      The half-time of the fast component is T= 4. 77 d and that of the slow component is T2=816. 3 d.      估算了体内的滞留方程,方程包括了两个快慢组分的半滞留期,即T_1=4.17d,T_2=816.3d。 短句来源      The data of retention of 3H-TdR in testes,liver,spleen,kidney,femur and bloodwere described by an usually exponential expression:R(t)=Ae-λat+Be-λβt.      拟合了~(3)H－TdR在睾丸、肝、脾、肾、股骨和血活中的滞留方程通式为：R（t）＝Ae－λat＋Be－λβt。 短句来源 更多          相似匹配句对      THE EQUATION OF MAGNETIC LINE OF FORCE      磁力线方程 短句来源      Synthetic Aperture Radar Equations      合成孔径雷达方程 短句来源      2.Stand still dusts in the atmosphere;      2.滞留大气降尘; 短句来源      MEASUREMENT OF RESIDUAL TIME OF GAS IN RECIRCULATION ZONE BEHIND FLAMEHOLDERS      火焰稳定器滞留时间的测定 短句来源      The detention time of the fermenting material is 67 days.      滞留期为67天。 短句来源 查询“滞留方程”译词为用户自定义的双语例句     我想查看译文中含有：的双语例句 为了更好的帮助您理解掌握查询词或其译词在地道英语中的实际用法，我们为您准备了出自英文原文的大量英语例句，供您参考。   retention equation In the absence of IIR the present retention equation reduces, as expected, to the relationship that describes the influence of organic modifier on retention behaviour in reversed-phase liquid chromatography. 例句来源       The retention equation in reversed-phase ion-pair chromatography 例句来源                The purpose of this study is to ascertain the correlation between the retentive peculiarity of '''Pm and its possible mutagenic effect in organism administered once or for consecutive 5 days.After 147Pm was given iv for once to male rats, it was selectively localized in liver in early stage. 5 days later, 147Pm was located in skeleton predominantly. It caused marked chromosome aberrations on bone marrow cells. There was positive relationship between chromosome aberration rates and the amount of 147Pm admini...             本研究探讨了裂变产物~(147)Pm单次或连续多次摄入体内时的蓄积特性和诱发骨髓细胞突变效应的相互关系。当~(147)Pm单次摄入机体后,早期呈选择性沉积于肝,5d后在骨髓中的沉积增升至首位,且呈表面型沉积。观察到可诱发骨髓细胞染色体畸变的发生,其畸变程度随体内摄入~(147)Pm的放射量的加大而相应增高。至于在~(147)Pm连续5d摄入机体后,从实验观察所得的滞留方程的慢相滞留半减期来看,要长达1155d之久,又从排除方程的慢组分半排期来看,也有121.58d。这些数据提示~(147)Pm摄入机体后,其自然排除极缓慢,有80%以上的~(147)Pm滞留在组织中,尤其在骨组织中呈选择性滞留,因而可引起骨髓细胞染色体畸变率的明显增升,值得指出的是,无论从~(147)Pm单次或连续多次摄入体内所诱发的畸变类型来看,大多是属于单体型的。 文摘来源          Fission product ~(134)Cs-carbonate can penetrate into organism through intacl             裂变产物~(134)C_s—碳酸铯可以通过完整和损伤的皮肤被吸收。经~(134)C_s沾染1小时后的最初皮肤滞留量可达2.48±0.36％。根据~(134)C_s在皮肤内的滞留动态,用最小二乘法估算的滞留方程为R(t)=5.781e-(0.693/0.91)t,滞留半减期T1/2=0.91天。擦伤后的皮肤表面沾染~(134)C_s 1小时,最初皮肤滞留量达11.70±3.78％,这要比同期完整皮肤高出5倍。与此同时,~(134)C_s经擦伤皮肤表面穿透到几个主要器官组织中的含量也比完整的皮肤内增升两个数量级。 文摘来源          The purpose of this study is to ascertain the correlation between the retentive peculiarity of 147Pm and its possible mutagenic effect in organism administered once or for consecutive 5 days. After 147Pm was given iv for once to male rats, it was selectively localized in liver in early stage. 5 days later, 147Pm was located in skeleton predominantly. It caused marked chromosome aberrations on bone marrow cells. There was positive relationship betwen chromosome aberration rates and the amount of 147Pm admini...             探讨了裂变产物~(147)Pm单次或连续多次摄入体内时的蓄积特性和诱发骨髓细胞突变效应 的相互关系。当~(147)Pm单次摄入机体后,早期呈选择性沉积于肝,5d后在骨髓中的沉积增升至首位,且呈表面型沉积。观察到可诱发骨髓细胞染色体畸变的发生,其畸变程度随体内摄入~(147)Pm的放射量的加大而相应增高。至于在~(147)Pm连续5d摄入机体后,从实验观察所得的滞留方程的慢相滞留半减期来见,要长达1155d之久,又从排除方程的慢组分半排期来看,也有121.58d。这些数据提示~(147)Pm摄入机体后,其自然排除极缓慢,有80％以上的~(147)Pm滞留在组织中,尤其在骨组织中呈选择性滞留,因而可引起骨髓细胞染色体畸变率的明显增升,值得指出的是,无论从~(147)Pm单次或连续多次摄入体内所诱发的畸变类型来看,大多是属于单体型的。 文摘来源   << 更多相关文摘         相关查询: 滞留 —方程 方程 方程( 主项方程 柔度方程 轨线方程 电磁场方程 电化学方程 方程分析 空气流方程 page方程  对查询结果不满意

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