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快组分
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  fast 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
     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
     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
  “快组分”译为未确定词的双语例句
     In the range of 0-1. 0 Gy, r = - 0. 96, D0 value was 1. 71 Gy for TL-CFC in agar culture, r = - 0. 96, DO value was 4. 34 Gy for the proliferation T lymphocytes in liquid culture.
     0~1.0Gy剂量范围内,两快组分的r值均为-0.96,D_0值分别是1.71和4.34Gy。
短句来源
     The declining tendency in colonies formed by BL-CFC was the same as that of TL-CFC, r = - 0. 97, for the range of 0-1. 0 Gy, r = -0. 97, for the range of 1. 0-3. 0. The Rvalues were 1. 35 and 4. 36 Gy respectively.
     剂量范围为0~1.0Gy,快组分的r值是-0.97,D_0值为1.35Gy; 慢组分的r值是-0.99,D_0值是4.36Gy。
短句来源
     In the range of 0-1. 0 Gy, r= -0. 96, D0 value was 1. 71 Gy for TL-CFC in agar culture, r- - 0. 96, D0 value was 4. 34 Gy for the proliferation T lymphocytes in liquid culture.
     0~1.0Gy剂量范围内,两快组分的r值均为-0.96,D_0值分 别是1.71和4.34Gy。
短句来源
     The declining tendency in colonies formed by BL-CFC was the same as that of TL-CFC, r= -0. 97, for the range of 0-1. 0 Gy, r= -0. 97, for the range of 1. 0-3. 0 Gy.
     剂量范围为0~1.0Gy,快组分的r值是-0.97,D_0值为1.35Gy;
短句来源
     The retention process of 147Pm in the whole body was fitted by an equation with least square method. That is R (t) = 0.199e-0.1452t + 0. 812e-0.000t. Which consists of two components, fast and slow.
     ~(147)Pm的体内滞留过程,用最小二乘法拟合滞留方程为:R(t)=0.199e~(-0.1452t)+0.812e~(-0.0008t),可见包括快、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
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     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%.
     肺区间~(147)Pm 向血液转移分组分和慢组分
短句来源
     The Separation of Gelatin Components
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  fast component
In order to reconstruct the energy and specific energy losses, the two-component character of the scintillation fluorescence decay in a CsI(Tl) crystal and the dependence of the fast component on the specific loss value are used.
      
The halftimes of corresponding kinetic components were found to be 2.6-4 s (fast component) and 17-22 s (slow component).
      
The decrease in far-red light irradiance reduced the relative contribution of the fast component to P700+ reduction.
      
The fast component completely disappeared at low irradiances.
      
The rate of the fast component of P700+ reduction, following FR irradiation of leaves, was about ten times lower than that of the noncyclic electron transfer from PSII to PSI computed from ΔA830 relaxation after the abrupt offset of white light.
      
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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。

Kinetics and radiosensitivity of human lymphocytes were studied by the techniques of monolayer agar culture and liquid culture in vitro. In the experiments of lymphocyte kinetics, PHA was designated as a mitogen for T lymphocyte . LPS, MR-BC and BSA were chosen as mitogens for B lymphocyte. The data from these experiments showed that, under the alone or combination stimulation of LPS, MRBC and BSA, B lymphocytes developed to form colonies in agar culture (0. 3%) with the same manner. The stimulation of LPS to...

Kinetics and radiosensitivity of human lymphocytes were studied by the techniques of monolayer agar culture and liquid culture in vitro. In the experiments of lymphocyte kinetics, PHA was designated as a mitogen for T lymphocyte . LPS, MR-BC and BSA were chosen as mitogens for B lymphocyte. The data from these experiments showed that, under the alone or combination stimulation of LPS, MRBC and BSA, B lymphocytes developed to form colonies in agar culture (0. 3%) with the same manner. The stimulation of LPS to B lymphocytes was most significant. By day 6 after seeding, the numbers of colonies in agar culture were maximal. Whereas the numbers decreased significantly by day 8. The number of T lymphocyte colonies increased with culture time within 12 days. The peak of 3H-TdR incorporation into T lymphocytes in liquid culture occured at 5th day after seeding. The data above-mentioned demonstrated that the kinetics of lymphocytes cultured in two kinds of environments were different. The studies of the radiosensitivity of T lymphocytes showed that the decreased in the number of colonies and rate of 3H-TdR incorporation varied in different dose ranges. In the range of 0-1. 0 Gy, r = - 0. 96, D0 value was 1. 71 Gy for TL-CFC in agar culture, r = - 0. 96, DO value was 4. 34 Gy for the proliferation T lymphocytes in liquid culture. 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. The declining tendency in colonies formed by BL-CFC was the same as that of TL-CFC, r = - 0. 97, for the range of 0-1. 0 Gy, r = -0. 97, for the range of 1. 0-3. 0. The Rvalues were 1. 35 and 4. 36 Gy respectively. The results from these experiments shown that the colony techniqe was a good methold for the study in radiosensitivity.

实验对比研究了人血T、B细胞形成集落的规律及其辐射敏感性。发现在LPS、MRBC和BSA的作用下,B细胞呈现相似的增殖规律。B淋巴集落计数的峰值出现在第六天。液体培养,~3H-TdR掺入峰值则在第七天。由PHA诱导T细胞形成的集落数随培养时间的延长而增多。而~3H-TdR掺入峰在第五天。辐射敏感性实验证明:无论是琼脂培养还是液体培养中的T细胞都出现双向反应。0~1.0Gy剂量范围内,两快组分的r值均为-0.96,D_0值分别是1.71和4.34Gy。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。剂量范围为0~1.0Gy,快组分的r值是-0.97,D_0值为1.35Gy;慢组分的r值是-0.99,D_0值是4.36Gy。实验结果表明B细胞的辐射敏感性高于T细胞。集落培养技术是检查T、B细胞辐射敏感性的好方法。

Kinetics and radiosensitivity of human lymphocytes were studied by the techniques of monolayer agar culture and liquid culture in vitro. In the experiments of lymphocyte kinetics, PHA was designated as a mitogen for T lymphocyte. LPS, MRBC and BSA were chosen as mitogens for B lymphocyte. The data from these experiments showed that, under the alone or combination stimulation of LPS, MRBC and BSA, B lymphocytes developed to form colonies in a-gar culture (0. 3%) with the same manner. The stimulation of LPS to...

Kinetics and radiosensitivity of human lymphocytes were studied by the techniques of monolayer agar culture and liquid culture in vitro. In the experiments of lymphocyte kinetics, PHA was designated as a mitogen for T lymphocyte. LPS, MRBC and BSA were chosen as mitogens for B lymphocyte. The data from these experiments showed that, under the alone or combination stimulation of LPS, MRBC and BSA, B lymphocytes developed to form colonies in a-gar culture (0. 3%) with the same manner. The stimulation of LPS to B lymphocytes was most significant. By day 6 after seeding, the numbers of colonies in agar culture were maximal. Whereas the numbers decreased significantly by day 8. The number of T lymphocyte colonies increased with culture time within 12 days. The peak of 3H-TdR incorporation into T lymphocytes in liquid culture occurred at 5th day after seeding. The data above-mentioned demonstrated that the kinetics of lymphocytes cultured in two kinds of environments were different. The studies of the radiosensitivity of T lymphocytes showed that the decreased in the number of colonies and rate of 3H-TdR incorporation varied in different dose ranges. In the range of 0-1. 0 Gy, r= -0. 96, D0 value was 1. 71 Gy for TL-CFC in agar culture, r- - 0. 96, D0 value was 4. 34 Gy for the proliferation T lymphocytes in liquid culture. 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. The declining tendency in colonies formed by BL-CFC was the same as that of TL-CFC, r= -0. 97, for the range of 0-1. 0 Gy, r= -0. 97, for the range of 1. 0-3. 0 Gy. The D0 values were 1. 35 and 4.36 Gy respectively. The results from these experiments showed that the colony techniqe was a good method for the study in radiosensitivity.

实验对比研究了人血T、B细胞形成集落的规律及其辐射敏感性。发现在LPS、MRBC和BSA的作用下,B细胞呈现相似的增殖规律。B淋巴集落计数的峰值出现在第六天。液体培养,~3H-TdR掺入峰值则在第七天。由PHA诱导T细胞形成的集落数随培养时间的延长而增多。而~3H-TdR掺入峰在第五天。辐射敏感性实验证明:无论是琼脂培养还是液体培养中的T细胞都出现双向反应。0~1.0Gy剂量范围内,两快组分的r值均为-0.96,D_0值分 别是1.71和4.34Gy。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。剂量范围为0~1.0Gy,快组分的r值是-0.97,D_0值为1.35Gy;慢组分的r值是-0.99,D_0值是4.36Gy。实验结果表明B细胞的辐射敏感性高于T细胞。集落培养技术是检查T、B细胞辐射敏感性的好方法。

 
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