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east hunan
相关语句
  湘东地区
     GOLD AND THE RELATED CHEMICAL ELEMENT BACKGROUND CONTENTS IN EAST HUNAN AND ITS EVOLUTION
     湘东地区金与相关元素的背景含量及其演化
短句来源
     In east Hunan, gold background content in strata of each ages and magma rock is different, but no marked difference , besides that of porphyry generally lower than that of earth crust gold by half-degree value.
     湘东地区,除斑岩外,金在各类岩石地层中的背景含量一般都小于地壳金丰度值,各时代地层和岩浆岩中的金背景含量虽有不同,但不存在显著差异。
短句来源
     Au and the related chemical element background content in east Hunan and change characters indicates that no layer or rock of containing original Au occurs in east Hunan, and mineralization of gold mainly relates with fanlt activity.
     湘东地区金与相关元素的背景含量及演化特征表明,该区不存在金的矿源层或矿源岩,金矿化主要与断裂活动有关。
短句来源
  湘东
     GOLD AND THE RELATED CHEMICAL ELEMENT BACKGROUND CONTENTS IN EAST HUNAN AND ITS EVOLUTION
     湘东地区金与相关元素的背景含量及其演化
短句来源
     Ecological Distribution of Soil Microorgnisms and Soil Enzyme Activity in Hilly Secondary Forests in East Hunan
     湘东丘陵区次生林土壤微生物的分布及酶的活性研究
短句来源
     The biomass and productivity of 16 year Pinus massoniana air sowing stands with the densities of 2250, 2860, and 3225 trees·hm -2 were investigated in the hilly country of East Hunan.
     对湘东丘陵地区 16年生密度为 2 2 5 0、2 86 0和 32 2 5株· hm- 2 的马尾松 Pinusmassoniana飞播林分生物量及生产力进行了测定分析 .
短句来源
     PRELIMINARY STUDY ON THE SOURCE ROCKS OF GOLD DEPOSITS IN EAST HUNAN AND WEST JIANGXI
     湘东赣西地区金矿矿源层的初步研究
短句来源
     Meteorological Effect of Plastic Sheet Mulching Tobacco in East Hunan
     湘东烤烟地膜覆盖栽培气象效应分析
短句来源
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  “east hunan”译为未确定词的双语例句
     A STUDY ON THE PHARMACOKINETICS OF SULFADIAZINE IN EAST HUNAN GOATS
     磺胺啶嘧在湘东山羊体内代谢动力学研究
短句来源
     Based on Language Atlas of China. Gan dailect in Hunan province distributs in 14 cities of east Hunan and 3 cities of southwest Hunan.
     根据《中国语言地图集》,湖南赣语分布在湖南东部14个县市和西南部3个县。
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Preliminary analyses on pharmacokinetics of sulfadiazine in the East Hunangoats were conducted. 100mg of Natrium sulfadiazine (SD) was iv injected andsix hours later on samples were taken. SD concentrations in the plasma weredetermined with colorimetric method. The results from 3 East Hunan goats testedshowed that the curve of blood drug concentration/time was corresponding to theone-compartment open model instead of two-compartment open model. The phar-macokinetics parameters were as follows. The rate...

Preliminary analyses on pharmacokinetics of sulfadiazine in the East Hunangoats were conducted. 100mg of Natrium sulfadiazine (SD) was iv injected andsix hours later on samples were taken. SD concentrations in the plasma weredetermined with colorimetric method. The results from 3 East Hunan goats testedshowed that the curve of blood drug concentration/time was corresponding to theone-compartment open model instead of two-compartment open model. The phar-macokinetics parameters were as follows. The rate of drug elimiation (β) was 0.322l±0.01 (h-1), initial rate (B)18.0±1.12 (mg/100ml), half-life of the drug in the plasma (T1/2) 2.10±0.10hours, time of effective concentration of the drug in the plasma(TCP) 3.32±0.16hours, apparent volume of distribution(Vd)5.56±0.35 (100ml/kg), body clea-rance (CLB) l.76±0.14 (100ml/kg/h), area under curve (AUC) 55.92±2.90(mg h/100ml). The parameters of administration for multiple dose were adminis-tered drug (τ) 3.85±0.05h, cumulation (R) l.38±0.02, loading dose (D_o*)138.00±2.64 (mg), under steady state the average concentration in the plasma(C) 13.98±0.73 (mg/100ml), under steady state maximum co ncentration inthe plasma (C∞max) 24.86±1.28 (mg/100ml), under steady state minimum co-ncentration in the plasma (C∞min) 6.86±0.46 (mg/100ml).

本文对磺胺嘧腚(SD)在湘东山羊体内代谢动力学过程作了初步分析。一次静脉推注磺胺癌啶钠100毫克/公斤体重,给药后6小时内按不同时间采血,用重氮化-偶合比色法测定血中磺胺嘧啶的浓度。3头湘东山羊的试验结果表明,血药浓度-时间曲线符合一室开放模型,不符合二室开放模型。其药代动力学数据如下:消除速率(8)0.3221±0.01(小时);初始浓度(B)18.0±1.12(毫克/100毫升);血药浓度半衰期(T1/2)2.10±0.10小时;维持有效血浓度时间(TCP)3.32±0.16小时;表现分布容积(Vd)5.56±0.35(100毫升/公斤);廓清率(CLB)1.76±0.14(100毫升/公斤,小时):药对曲线下面积(AUC)55.92±2.90(毫克,小时/100毫升),其多剂量绐药参数;给药间隔时间(τ)3.85±0.05小时;蓄积系数(R)1.38±0.02;负荷剂量(D)138.00±2.64(毫克);稳态下平均血药浓度(C)13.98±0.73(毫克/100毫升);稳态下最高血药浓度(C∞)max 24.86±1.28(毫克/100毫升),稳态下最低血药浓度(C∞)min 6.86±0.46(毫克...

本文对磺胺嘧腚(SD)在湘东山羊体内代谢动力学过程作了初步分析。一次静脉推注磺胺癌啶钠100毫克/公斤体重,给药后6小时内按不同时间采血,用重氮化-偶合比色法测定血中磺胺嘧啶的浓度。3头湘东山羊的试验结果表明,血药浓度-时间曲线符合一室开放模型,不符合二室开放模型。其药代动力学数据如下:消除速率(8)0.3221±0.01(小时);初始浓度(B)18.0±1.12(毫克/100毫升);血药浓度半衰期(T1/2)2.10±0.10小时;维持有效血浓度时间(TCP)3.32±0.16小时;表现分布容积(Vd)5.56±0.35(100毫升/公斤);廓清率(CLB)1.76±0.14(100毫升/公斤,小时):药对曲线下面积(AUC)55.92±2.90(毫克,小时/100毫升),其多剂量绐药参数;给药间隔时间(τ)3.85±0.05小时;蓄积系数(R)1.38±0.02;负荷剂量(D)138.00±2.64(毫克);稳态下平均血药浓度(C)13.98±0.73(毫克/100毫升);稳态下最高血药浓度(C∞)max 24.86±1.28(毫克/100毫升),稳态下最低血药浓度(C∞)min 6.86±0.46(毫克/100毫升)。

By means of the growth pole thecry, this paper studies tasic structure on regional development in Honam Proviroe,ard expornes the importance of the urban economic centies in the province. The gcrwth poles at various levels are determited by applying the methods cf mullivariate analysis. The major construction projects in Hunan province nust he arranged in the city complex which consists of Changsha,Zhuzhou,Xiangun and Yueyang in this century.The keys of economic development in Hunan Province are...

By means of the growth pole thecry, this paper studies tasic structure on regional development in Honam Proviroe,ard expornes the importance of the urban economic centies in the province. The gcrwth poles at various levels are determited by applying the methods cf mullivariate analysis. The major construction projects in Hunan province nust he arranged in the city complex which consists of Changsha,Zhuzhou,Xiangun and Yueyang in this century.The keys of economic development in Hunan Province are having a foothold in the superiority of natural resources, utilizing fully the superiority of the location and giving priority to the development cf manufacturing economy .The problems of selecting major econome , c regicns in Hunan Province can He solved by making use of the growth pole theery that is stitale for the developing countries and regions. According to the present develcpment level in Hunan Province, the growth poles of regicral oconomy must te the cities where formal cities have been est ahlished.The growth poles in Hunan Province are selected as follows.Ⅰ Acentral growth pole of all the province. Changsha Ⅱ (a) A railway and industrial growth pole. ZhuzhouA port and industrial growth pole. Yueyang (b) Industrial and regional growth poles. Xiangtan Heiigyang and Chang-de Ⅲ (a) Industrial and regional growth poles. Shaoyang and Chenzhou(b) Growth poles of local industry. Liling , Yiyang, Xiangxiang and Yongzhou(c) Industrial and mining growth poles. Loudi and Lengshuijiang(d) Traffic growth poles. Huaihua and Lengshuitan(e) A tourist growth poles. DayongIn order to cooperate the overall development in T-shape in our country, particularly when the capital construction investment is continuously deficient, we should ado pt an inclined policy on the regional development in Hunan Province. Three axis developing zones, we think, may be determined in accordance with urban and railway factors. These zones are located in the east, the middle and the west of Hunan Proveince respectively .Hunan Province must give full play to its own forces for economis development relying on the East Hunan Economic Zone in this century. The economic centre of the East Hunan Economic Zone is the city complex which consists of Changsha, Zhuzhou and Xiangtan and the chief gateway is Yueyang . The East Hunan Economic Zone should adjust industrial structure, set up an industrial system with its own features and shift from traditional economy to modernized grand economy by further developing and using modernized resources such as information, technologies, soft ware and computers. At the same time, the East Hunan Economic Zone must continuously step up the infrastructure construction of the cities, strengthen their functions, and carry out infrastructure construction with emphasis on energy and communications.

本文借助增长极理论,研究了湖南空间开发的基本格局,阐明了地域发展必须以经济水准较高的城市为成长核心,运用多元分析方法确定了不同层次的增长极,最后指出本世纪内湖南城市经济建设重点应是长沙、株洲、湘潭城市群和岳阳市。

A total of 125 reliable heat flow data is presented in this paper, the values range from 35.6 to 209mWm-2 with a mean and standard deviation of 67.9±24.1 mWm-2. The data with higher quality (category A or B) accounting for 72 %. The regional distribution of heat flow values shows a pattern consists of two low and a higher heat flow area, the northwestern part of study area, including Jiangxi and east Hunan, and the coastal Fujian in the southeastern edge are characterized by low heat flow (excluding the...

A total of 125 reliable heat flow data is presented in this paper, the values range from 35.6 to 209mWm-2 with a mean and standard deviation of 67.9±24.1 mWm-2. The data with higher quality (category A or B) accounting for 72 %. The regional distribution of heat flow values shows a pattern consists of two low and a higher heat flow area, the northwestern part of study area, including Jiangxi and east Hunan, and the coastal Fujian in the southeastern edge are characterized by low heat flow (excluding the area with thermal anomaly), the central part has significantly higher heat flow.

本文系统地分析了中国东南地区现有的125个实测热流值.全区热流值的变化范围为35.6—209mW/m~2,平均值为67.9±24.1mW/m~2.这些热流值中,高质量A类和中等质量B类的数据占总数的72%.热流值在区域上的分布呈现“二低一高”的格局:研究区西北和东南沿海一带为低热流区(除热异常区外),中部和南部为高热流区.

 
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