| 1. | Thinking on developing cultural industry of xingtai
关于邢台市发展文化产业的几点思考 |
| 2. | Add no 175 xingzhou north road , xingtai city
地址：邢台市邢州北路175号。 |
| 3. | Xingtai city rubber factory
邢台市橡胶厂 |
| 4. | Agriculture water saving effect in water resources sustainable utilization
邢台市农业节水灌溉在水资源可持续利用中的作用 |
| 5. | Address east suburb of xingtai city hebei province debarking at no . 16 bus station at xiayunfei martial art academy north side along xingtai city nanhe county road
地址：河北省邢台市东效，乘16路公交车夏云飞武术学院下车邢台南和公路北 |
| 6. | Hebei province xingtai new machine shop researches and develops the successful construction most newly only then wooden special - purpose ( the mx4025 + mh1540 model )
河北省邢台市新科机械厂最新研发成功的建筑方木专用（ mx4025 + mh1540型号） 。 |
| 7. | The water resources severity of the xingtai city is short of , but , tiny salt water in eastern plain is extensive , store more abundant , and cover up deeply and more shallow , easy to mine
摘要邢台市的水资源严重匮乏，但是，东部平原微咸水分布广泛，储存较为丰富，且埋深较浅，便于开采。 |
| 8. | Xingtai city rubber factory is founded in 1962 , which has thirty years history , area 2260 thousand square meters and fixed assets 30 million . now there are 500 employees and all kinds of specialized technicians over 100
邢台市橡胶厂始建于1962年，现有职工300人，各类专业技术人员50人，总资产2500万，年产值3000万，是河北省橡胶行业给排水系列橡胶密封圈最大生产厂家。 |
| 9. | Based on the analysis of multi - yea ' s water quality and volume in xingtai , this article obtains that the main influence factors on groundwater quality is the area pollution induced by rainfall infiltration , of which most serious pollution is nitrogen pollution
通过对邢台市多年水质水量资料的分析得出，对地下水水质的影响因素主要为通过降雨入渗补给而形成的面污染，在面污染中的氮污染对水质影响最严重。 |
| 10. | Through to the analysis of xingtai salty water distribution and salty water amount of resources , sod the micro salty water resources with directs the river water volume and quality , elaborate to the possibility sod the necessity of combine of the river water sod tiny salt water exploitation in this district
通过对邢台市咸水分布及咸水资源量分析等方面进行探讨，并对邢台市咸水化学特征及有害盐计算及咸水灌溉条件试验研究，邢台市微咸水资源与引江水水量水质的综合分析，论述了南水北调来水与本区域微咸水利用相结合的可行性及必要性。 |
