1) red triangle
红三角
1.
Red triangle district tourism development s SWOT analysis and countermeasure probing;
红三角地区旅游业发展的SWOT分析与对策探讨
2.
There are aboundant and diverse tourism resources in "red triangle" (shaoguan, chenzhou, ganzhou) .
红三角地区的旅游资源丰富,类型多样,根据三市旅游资源特点与关系、客源条件、区位条件的分析,应对红三 角的旅游资源进行分阶段、多层次的整合,以构建红三角精品旅游,满足各种旅游需求。
2) red triangle area
红三角
1.
On the basis of introducing the internal and abroad research about CBE, connecting the tour resource superiority of red triangle area , this paper has put forward the form of operation and the significance of developing CBE in red triangle area.
根据国内外社区生态旅游研究实际,结合红三角地区的生态旅游发展优势,提出发展红三角社区生态旅游的经营模式。
2.
To implement the coordinating development in the red triangle area has great significance.
实现区域内部的协调发展对红三角地区有着重要的意义,但其内部经济的同构、经济水平低下和区域公共品的缺位则妨碍了其协调发展。
3.
The reform of popular scientific cultural system in Red Triangle area is an effective way to promote the economic and cultural development in this area and it is also the responsibilities of local governments at all levels in Red Triangle economic zone.
创新红三角的科普文化制度,是推动红三角经济文化发展的有效途径,也是红三角经济圈各级地方政府的职责。
3) Red-triangle
红三角
1.
A Brief Discuss on the Development of the Hunan "Red-triangle" Tourism Resources;
湖南“红三角”红色旅游资源的开发
2.
The red-landism particularly indicates a common aesthetic style and impression which are possessd by the poets from the May Poets League or even from the red-triangle group.
"红土性",特指广东五月诗人乃至粤湘赣"红三角"诗群共同的诗美风格与诗学特征。
4) Red-Triangle Area
红三角
1.
The Comparative Study of Industrial Development and It s Strategy in Red-Triangle Area;
“红三角”区域三地市产业发展比较与对策研究
2.
Governments in red-triangle area must become ecologic governments.
红三角作为毗邻珠江三角洲、闽江三角洲并且具有宝贵绿色资源等特点的特殊区域,其经济社会发展必须紧紧围绕区域特点大打“绿色牌”、“生态牌”。
5) Red Triangle Delta
红三角
1.
The article suggests the governmental cooperation in the Red Triangle Delta.
构建有效的地方政府合作机制是建设“红三角经济圈”的理性选择。
6) Red Triangle Region
红三角地区
1.
Conception for the Construction of Sport Tourism in the Red Triangle Region;
红三角地区体育旅游业建设构想
补充资料:红酵母红素
分子式:
CAS号:
性质:在甲醇+乙醚或用苯中可得到黑紫色针状结晶,熔点210~212℃;在二硫化碳中最大吸收为:582、541和502nm;在甲醇中最大吸收为:529、493和460nm。溶于二硫化碳、氯仿和吡啶中,略溶于乙醚、苯和热乙醇中。从红酵母中制得的为类胡萝卜色素。
CAS号:
性质:在甲醇+乙醚或用苯中可得到黑紫色针状结晶,熔点210~212℃;在二硫化碳中最大吸收为:582、541和502nm;在甲醇中最大吸收为:529、493和460nm。溶于二硫化碳、氯仿和吡啶中,略溶于乙醚、苯和热乙醇中。从红酵母中制得的为类胡萝卜色素。
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