[ jiāngzuò ] region east of the Yangtze River a surname
Related Translations:
江: 名词1.(大河) (large) river 短语和例子在江心 in the middle of a river; 鸭绿江上有一座钢铁大桥。 a steel railway bridge spans the yalu river.2.(指长江) the changjiang [yangtze] river 短语和例子大江东去。 eastward flows the chan
左: Ⅰ名词1.(面向南时靠东的一边, 与右相对) the left side; the left 短语和例子左下角 the lower left corner; 左侧 the left side; 靠左行! keep to the left!2.(东) east 短语和例子山左 areas east of the taihang mountains, specifically
Example Sentences:
1.
Shkp vice chairman thomas kwok left visiting beneville residents . mr and mrs ku praised the development because they could move in right after they took possession without having to decorate 新地副主席郭炳江左一日前亲到聚康山庄进行家访，其中顾先生与妻子非常赞赏楼盘的质素，表示没有重新装修单位便迁入。
2.
And i researched the following contents : the meaning , character and managing strategy of the real estate management and strategy during the whole course , land strategy , strategy of collecting funds , communication strategy , popular brand strategy , culture strategy , prize strategy , advertisement strategy and analysis the case about the managing and popularizing the project called the lijiang left shore 本文运用运筹学、管理学、企业战略管理、管理经济学和市场学等学科相关理论研究了以下内容：房地产全程营销的定义、特点和营销战略决策，土地战略、融资战略、公关战略、品牌战略、文化战略、价格战略、广告战略和丽江左岸项目的营销推广的案例分析。
3.
It is difficult to be settled by classical theories because of fixed quality and quantity . this thesis bases on the improvement of traditional way , overcomes its i ack experience , takes the more advanced fuzzy decision - making and optimal selection theory , researches into the established model and gets the result that it ' s best to set pangtoupao storage and detention flood area on the left side of menjiang river by comparing the four schemes and ten objectives of fixed quality and quantity . the result holds identical views with the result of usual economic evaluation . so it ' s the first time using fuzzy decision - making and optimal selection theory to resolve the important and pragmatic problem comprehensively and scientifically 本文在总结用传统的方法研究经验与不足的基础上，采用目前较先进的模糊优化理论及建立起的模型进行蓄滞洪区设置及规模研究，通过对嫩江四个蓄滞洪区方案， 10个定性定量目标的优化比选，得出在嫩江左岸设置胖头泡蓄滞洪区最优，其优选结果与采用常用经济评价方法所得结果基本一致，从而第一次用模糊优化理论较全面科学地解决松花江流域防洪工程中确定蓄滞洪区规模这一重大实际问题。
