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   scientific plan 的翻译结果: 查询用时:0.194秒
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scientific plan
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  科学规划
     So,we must,first,strengthen construction of market system for agricultural product according to such basic principles as balanced development,scientific plan,etc;
     因此,必须加强农产品市场体系建设,按照统筹城乡经济社会发展、建设社会主义新农村的总体要求,根据建立全国统一、开放、竞争、有序的大市场的需要科学规划,优化农产品批发市场布局;
短句来源
     The scientific plan of the key item and demonstration project, rational chooses and effective operation is the key to implementing logistics planning.
     对重点项目和示范工程的科学规划、合理选择以及有效运作是落实物流规划的关键。
短句来源
     lt takes geology as base,mainly develop investigation and research on soil,air,climate,geography,geological environment and crops,sets up land resources scientific appraising system and model of crops ecology environment and supply scientific base of scientific plan,arrangement,managing land resources and regulating industrial structure for government.
     它以地质学为基础 ,主要开展对土壤、水、大气、气候、地理、地质环境和农作物的调查研究 ,建立土地资源科学评价体系和农作物生态地质环境模式 ,为政府科学规划、布局、管理土地资源和调整产业结构提供科学依据。
短句来源
     Through scientific plan of space for water, the pattern and forecast system of space for water are set up in order to realize sustainable utilization of water resources and ensure harmonious development of resources, environment and social economy.
     科学规划水空间,建立水资源安全的水空间格局和预警系统,以实现水资源的可持续性利用,保障资源、环境与社会经济协调发展。
短句来源
     Scientific plan and development of urban afforestation can create "green island effect".
     科学规划和大力发展城市绿化建设可以产生“绿岛效应”。
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  “scientific plan”译为未确定词的双语例句
     On the basis of investigating the status of agriculture and rural economic structure of Shiqian County, this paper expounds the scientific plan for Shiqian County to make strategic readjustment on agriculture and rural economic structure by 4 stages from 1998 to 2030, and raises 4 measures to promote this strategic readjustment.
     在调查了解石阡县农业和农村经济结构现状的基础上 ,阐述了石阡县从 1998年到 2 0 30年分 4个阶段的农业和农村经济结构战略性调整的科学方案 ,并提出了推进石阡县农业和农村经济结构战略性调整的 4项措施
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     In order to achieve the qualitative change in higher vocational education,we need to face the existing problems directly,unify the understanding about higher vocational education,establish scientific plan for development,reinforce the guiding instruction work,improve the management of higher vocational education and explore new ways of development.
     在新形势下,要进一步提高我省的高职教育水平,取得新的进步,必须要正视高职教育存在的问题,统一对发展高职教育的认识,制定科学的发展规划,加强对高职教育工作的指导,改进对高职教育的管理并积极探索新的发展思路。
短句来源
     In order to make a scientific plan of prevention and cure of cow endometritis for dairy farms in Huaian, 2160 parturition cows of 2-8 years old were sampled and studied for finding occurrence regularity of cow endometritis from May of 2004 to May of 2005 in 6 counties of Huaian. And 32 samples of uterus secretion from cows which suffered from endometritis were isolated and identified for bacteria, eventually, 100 parturition cows were sampled for prophylactic trial in Chinese crude drug.
     为了给淮安地区的奶牛养殖场制定科学的子宫内膜炎防治方案,从2004年5月-2005年5月,首先在淮安市的6个县区,抽样2160头2—8岁的分娩奶牛,进行子宫内膜炎的发病规律调查,再抽取32头患子宫内膜炎奶牛,取子宫分泌物进行细菌分离鉴定与药敏试验,又抽样100头分娩奶牛,进行奶牛子宫内膜炎的中药预防试验。
短句来源
     This paper discusses the background of the IPY scientific plan and introduces its five topics grouped by ICSU PG.
     本文分析了提出IPY的科学背景,译介了IPY计划制订小组公布计划框架的5个科学主题。
短句来源
     Secondly, the paper deals with the initialization of the second step of the fundamental scientific plan.
     其次,启动了第二期科学技术基本计划。
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  相似匹配句对
     composing scientific tourism plan;
     编制科学的旅游规划;
短句来源
     plan;
     计划(策划);
短句来源
     and imperfectness of scientific plan management.
     科技计划管理存在不足等。
短句来源
     the instructional plan;
     教学计划;
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     ON SCIENTIFIC OBSERVATION
     论科学观察——科学研究规律探讨之三
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  scientific plan
Due to the fact, that this cannot only be realized through the introduction of new laws, each faculty must establish a scientific plan combined with reorganizations of the personnel structure and personnel costs.
      
The mechanism adopted by the SSG and set forward in the Scientific Plan is to concentrate on three priority Core Projects.
      
Scientific Plan for a Regional Research Programme in the Arctic on Global Change.
      
Our research agenda over the next two years is as specified in the new Scientific Plan approved by the ESRC.
      
Applicants will not have to provide a detailed scientific plan.
      


Dur g 1983-1985, a general soil and water conservation survey was ma-de in Zhangzhou City. It was determined that the loss of soil and water hasbeen severe, the damage is extreme,and the city sustained heavy natural re-source losses. The main, naturally occuring factor that was responsible forthe loss of soil and water was the great amount and high intensity of rainfall;the range of highest rainfall varied from 160.3 to 273.7 mm. In addition,the steep slopes and undulating topography make plant and vegetation...

Dur g 1983-1985, a general soil and water conservation survey was ma-de in Zhangzhou City. It was determined that the loss of soil and water hasbeen severe, the damage is extreme,and the city sustained heavy natural re-source losses. The main, naturally occuring factor that was responsible forthe loss of soil and water was the great amount and high intensity of rainfall;the range of highest rainfall varied from 160.3 to 273.7 mm. In addition,the steep slopes and undulating topography make plant and vegetation growthalmost impossible in this red soil area. Human factors were as dostroyingas the nature one in destroying vegetation, including inappropriate methodsof conserving soil and water, poor cultivation methods,careloss planting andunreasonable changes in the topography. A scientific plan to prevent soiland water loss is presented in this paper,and prevention system is suggested,in which bio-measures are emphasized.

1983—1985年漳州市开展了水土流失的普查工作。通过普查,证实了全市的水土流失是严重的,危害是巨大的,损失是惊人的。引起水土流失的自然因素主要有降水量多而强度大,暴雨极值达160.3—273.7毫米,加上山高坡陡,地形起伏,红土不长草;人为因素有破坏植被,保水保土措施不当,乱垦乱种,耕作粗放,不合理的改变地形地貌。防治对策包括有目的、有计划、有科学的治理水土流失;建立防护体系时,要突出生物措施,加强科学研究工作。

This paper apply Dynamic system.Grey system and Numberical method and con- sider the innerent relationship of all production and manage system.The mining area pro- duction and manage system model is built.We study and experiment each strategy scheme to give leadership which can base on centre policy and mining area real condition to make since scientific plan about mining area.

应用系统动力学、灰色系统的理论和方法以及数值解法,综合考虑矿区各主要生产经营系统的内在联系,建立了矿区生产经营系统的系统动力学模型.研究和实验了各种战略和策略,在此基础上提出了多个方案,以供矿区领导根据外部环境和矿区实际条件作出较科学的规划.

A rain capacity of 566—640mm from May to September accounted for about 74% of mean annual precipitation in Huaibei plain of Anhui Province over 31 years(1959—1989),thus benefiting the development of rice following wheat. On the other hand ,dry damage happened frequently because of higher relative deviation (deviation from mean/mean)of rain capacity from June to August, which was about 50%,being the least in a year. The water requirement of rice following wheat was 570—630mm after being transplanted (from June...

A rain capacity of 566—640mm from May to September accounted for about 74% of mean annual precipitation in Huaibei plain of Anhui Province over 31 years(1959—1989),thus benefiting the development of rice following wheat. On the other hand ,dry damage happened frequently because of higher relative deviation (deviation from mean/mean)of rain capacity from June to August, which was about 50%,being the least in a year. The water requirement of rice following wheat was 570—630mm after being transplanted (from June to September). The difference between need and water supply from rain at 80% level of confidence was 105—180mm,excluding 150mm for soaking field and 200mm for seepage loss. Rice following wheat should be irrigated 400—500 cubic metre of water per mu according as the coefficient of useful rain capacity was 50%. From above analysis,the eastern Huaibei was suitable for production of rice following wheat. The development of rice following wheat should be based on water and energy resources with scientific plan,rational distribution and cultural practices of saving on water.

安徽淮北5~9月多年(1959~1989年)平均降水量为566~640毫米,占全年降水量的74%左右,利于发展麦茬稻生产。但旱涝频繁,6~8月平均降水相对变率虽为全年最小,仍在50%左右,麦茬稻本田期(6~9月)平均需水量为572~628毫米,80%保证率降水量的水分供需差仍为105~180毫米左右,泡田还需水150毫米。泡田和水层灌溉期间稻田渗漏量最少为200毫米,有效雨量系数若以0.5计,常年麦茬稻本田每亩需灌400~500方。从水分供需差分析,淮北东部较适于发展水稻生产。淮北发展水稻生产还必须根据水利和能源条件,科学规划,合理布局,并大力推广节水栽培。

 
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