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慢组分
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  slow component
     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
     A fitted equation to describe the retention of 134Cs in whole body is obtained by a whole body counter. The equation consists of two half-life components, the fast component is T1/2=0. 07 d and the slow component is T1/2 = 16. 14 d.
     用整体测量装置探讨~(134)Cs体内滞留所拟合的滞留方程,它包括两个半滞留期,其中快组分T_1=0.07d,而慢组分T_2=16.14d,也探讨了~(134)Cs在骨组织拟合的滞留方程和在睾丸中的滞留方程,其滞留半减期分别为5.73d和5.21d。
短句来源
     It consists of two components:the fast component is T_1=0.07d and the slow component is T_2=16.38 d.
     可见包括两个半滞留期,其中快组分T_1=0.07天,慢组分T_2=16.38天。
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 retention data were well described by a two exponential expressions. Retentive T ranged from 5.89 d for the first component to 1155 d fof the second slow component. Biological T in urine for the slow component was 121.58 d.
     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。
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  “慢组分”译为未确定词的双语例句
     In the range of 1. 0-6.0 Gy. r were - 0. 99 and -0. 98, D0 were 5. 88 and 7. 36 Gy respectively.
     1.0~6.0Gy,两慢组分的r值是-0.99和-0.98,D_0值则是5.88和7.36Gy,B细胞也呈现相似规律。
短句来源
     In the range of 1. 0-6. 0 Gy. r were - 0. 99 and -0. 98, the D0were 5. 88 and 7. 36 Gy respectively.
     1.0~6.0Gy,两慢组分的r值是-0.99和-0.98,D_0值则是5.88和7.36Gy。 B细胞也呈现相似规律。
短句来源
     The D0 values were 1. 35 and 4.36 Gy respectively.
     慢组分的r值是-0.99,D_0值是4.36Gy。
短句来源
     Organic matter of red earth is comprised of the active and inactive (or static) components,of which decomposition rates and turnover times are 0.29-0.56 a-1 and 1.8-3.4 a for active components,and <1.02 X 10-3 a-1 and >621 a for inactive components.
     快、慢组分的分解速率分别为0.29—0.56a~(-1)和小于1.02×10~(-3)a~(-1); 快、慢组分的更新周期分别为1.8—3.4a和大于621a。
短句来源
     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
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     Go Slow
    
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  slow component
They are expressed as an increased level of heterogeneity, an increased content of serum albumins in fish during the river period of life as compared to the sea period, and an increased share of a slow component of albuminograms.
      
Convergence of the finite-dimensional distributions of the "slow" component of a certain queuing system
      
"Canard" cycles of fast-slow fields with one-dimensional slow component
      
Unlike the slow component, the fast and intermediate phases in the dark relaxation of variable fluorescence disappeared fully or partly after the treatment of leaves at 46°C.
      
The halftimes of corresponding kinetic components were found to be 2.6-4 s (fast component) and 17-22 s (slow component).
      
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~(147)Pm Deposited in pulmonary compartment may be divided intotwo parts,according to the rate of its transfer into blood.One of them,the fast removal part,was shown to be transferred into blood in the firstday after injection of ~(147)Pm by a pulmonary puncture,the fraction of this part of ~(147)Pm accounted for about 10%.Another,the slow removal part,was transferred slowly and could be observed after the seccnd day.the fra-ction was found as a function of time and its half-time of clearance wasshown to be...

~(147)Pm Deposited in pulmonary compartment may be divided intotwo parts,according to the rate of its transfer into blood.One of them,the fast removal part,was shown to be transferred into blood in the firstday after injection of ~(147)Pm by a pulmonary puncture,the fraction of this part of ~(147)Pm accounted for about 10%.Another,the slow removal part,was transferred slowly and could be observed after the seccnd day.the fra-ction was found as a function of time and its half-time of clearance wasshown to be some 11 day.

本文报告了从大鼠肺区间直接注入~(147)Pm 后向血液转移的规律。肺区间~(147)Pm 向血液转移分快组分和慢组分。注入后第1天为快组分,转移分数约为0.094,注入第2天后为慢组分,转移分数随时间的变化可用指数函数描述,其转移半廓清期约为11d。

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 administered....

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 administered. When 147Pm was administered for consecutive 5 days, it was firstly and chiefly localized in skeleton. The retention data were well described by a two exponential expressions. Retentive T! ranged from 5.89d for the first component

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。

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 administered....

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 administered. When 147Pm was administered for consecutive 5 days, it was firstly and chiefly localized in skeleeton.The retention data were well described by a two exponential expressions. Retentive T ranged from 5.89 d for the first component to 1155 d fof the second slow component. Biological T in urine for the slow component was 121.58 d. These data pointed out that the excretion of 147Pm was slow. Among the types of aberration induced by 147Pm were of chromatid type. Chromatid deletions were predominant, accompanied with a few chromosome aberrations.

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。

 
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