1) Socioeconomic potentiality around
周边小区势能
3) Adjacent area
周边地区
1.
Based on analyzing the experiences of nature reserve functional zoning from domestic and overseas, it is proposed that the adjacent areas of nature reserve are the areas within the defined distance outside of the nature reserve.
在分析国内外自然保护区功能分区的基础上,提出自然保护区周边地区是"位于保护区边界外一定距离内的区域",实施周边地区管理的理论基础是可持续理论和参与式农村发展理论,实践周边地区管理是以地方政府为主导、各利益相关群体是主体;周边地区管理计划既是一个独立的区域综合发展计划,又是保护区综合管理的重要组成部分。
4) surrounding area
周边地区
1.
Discussion on traffic system of century avenue and its surrounding areas;
世纪大道及周边地区交通系统探析
5) peripheral areas
周边地区
1.
The influence of the green project for The Beijing 2008 Olympics on peripheral areas;
北京2008奥运绿化新举措对周边地区的影响
2.
A study on the development of small cities and towns of peripheral areas of metropolitan regions;
大城市周边地区小城镇发展研究
3.
Zhashui county is the main nodes of Shaanxi north-south travel corridor,studying its tourism image design has an important theoretical and practical significance to the tourism Integrated development between Xi\'an tourism destination and peripheral areas.
柞水县是陕西南北旅游走廊的主轴线上的重要节点,研究其旅游形象设计,对于西安旅游目的地与周边地区的旅游一体化发展具有重要的理论和实践意义。
6) adjacent communities
周边社区
1.
Focus on the conflict between Gaoligongshan nature reserve and adjacent communities,the paper analyzes the reasons for the conflict and proposes the countermeasures for mitigating the conflict in aspects of community economic development,rural energy construction and community forest resource cultivating,traditional lifestyle restrain and management of wildlife disturbance.
针对高黎贡山自然保护区与周边社区居民间存在的主要矛盾和冲突,对其产生的原因进行了分析,并从社区经济发展、农村能源建设与社区森林资源培育、社区村民传统生活习惯约束及野生动物肇事管理等方面提出了解决或缓解这些矛盾和冲突的对策。
2.
The paper introduces both the situations of the adjacent communities how to utilize all kind of resources in the Nature Reserve; and existent problems.
周边社区居住着18个少数民族8957人。
3.
Various investigations had been conducted from August of 2003 to September of 2004 to explore the models of harmonious development between the nature reserve and adjacent communities.
为探索保护区与周边社区和谐发展的模式,从2003年8月~2004年10月进行了各种调查。
补充资料:传热周边
分子式:
CAS号:
性质:在解决传热问题时所用的当量直径与用于计算压降的形式上虽相同,Ds=4rh;rh=流通面积/润湿周边;但两者的润湿周边定义则有所不同。以套管换热器为例,计算环隙中流体压降时的rh时,润湿周边为πDl+πD2,D1为内管外径,D2为外管内径,而计算传热时,润湿周边则为πDl,并称之为传热周边。
CAS号:
性质:在解决传热问题时所用的当量直径与用于计算压降的形式上虽相同,Ds=4rh;rh=流通面积/润湿周边;但两者的润湿周边定义则有所不同。以套管换热器为例,计算环隙中流体压降时的rh时,润湿周边为πDl+πD2,D1为内管外径,D2为外管内径,而计算传热时,润湿周边则为πDl,并称之为传热周边。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条