Yangchang Series in Ansai area is characterized by low Porosity and low Permeability.
安塞地区延长组具低孔隙度、低渗透率的储集特点。
Ansai waist drum is one of the traditional popular arts of northern part in Shaanxi province.
安塞腰鼓是陕北民间传统艺术中最具有代表性的艺术形式之一。
Absrtact: Ansai waist drum is one of the traditional popular arts of northern part in Shaanxi province.
摘要：安塞腰鼓是陕北民间传统艺术中最具有代表性的艺术形式之一。
"Yaogu"(Waist Drum), especially the "ansai Yaogu"in northern Shaanxi Province, is famous around the world.
陕西的腰鼓远近闻名，尤其是陕北的“安塞腰鼓”
Pingbei Area of Ansai Oilfield is a low porosity and low permeability lithologic reservoirs with micro-fractures.
安塞油田坪北区是低孔隙度、低渗透率和具有微裂缝的岩性油藏。
In order for teachers We are keenly aware of this art form, he let us play the drum Ansai listening to recordings!
老师为了让我们深切了解这种艺术形式，他让我们听了安塞腰鼓的演奏录音！
Ansai, which paper-cut &painting well-known throughout the country, also is a famous town of folk song &waist drum.
安塞，闻名全国的剪纸和绘画之乡，也是著名的民歌之乡和腰鼓之乡。
Reservoir sandstone of Chang 4 5 in Ansai oilfield has features as low maturity of mineral and high textural maturity.
安塞油田长45储集层砂岩具有矿物成熟度低、结构成熟度高的特征。
On September 5, 1944, when making charcoal in Ansai County, northern Shaanxi, he was killed by the sudden collapse of a kiln.
1944年九月五日在陕北安塞县山中烧炭，因炭窑崩塌而牺牲。
Pingbei Area Ansai Oilfield has geological specialties of the low-permeability and low-production, and the complex ground conditions.
安塞油田坪北区具有低渗透、低产的地质特点和复杂的地面条件。
Ansai oilfield has the largest oil geological reserves in Ordos Basin, and the most well know extra permeability oilfield in the world, too.
安塞油田是鄂尔多斯盆地石油地质储量最大的整装级大油田，也是世界著名的特低渗透油田。
On September 5, 1944, when making charcoal in the mountains of Ansai County, northern Shensi, he was killed by the sudden collapse of a kiln.
1944年九月五日在陕北安塞县山中烧炭，因炭窑崩塌而牺牲。
Methods We collected randomly 269 serum samples among 0-39 years healthy population and detected the polio neutralizing antibody in Ansai County.
方法随机抽样确定安塞县0~39岁人群269名，采集血清标本，检测脊灰抗体。
Using the cultural heritage data method, researched the social characteristic of the waist drum of Ansai bring up the course speculation development.
运用过文献资料法，对安塞腰鼓的社会特性和功能价值进行研究，提出课程化开发的构想。
Using the cultural heritage data method, researched the social characteristic of the waist drum of Ansai to bring up the course speculation development.
运用文献资料法，对安塞腰鼓的社会特性和功能价值在高校教学中的可行性进行分析研究。
A large number of limnetic macro algae fossils were found in the Chang6 reservoir in Ansai Oilfield, which proved the existence of macro algae in the Mesozoic.
安塞油田长6油层发现了大量的淡水宏观藻类化石，证实了中生界宏观藻类的存在。
To meet the needs of transporting more oil in Ansai-Yan'an oil pipeline, the centrifugal pump sets used in the pumping stations along the line need to be modified.
针对安延线输送能力不能满足实际生产需要的状况，提出了对安延线各站输油泵进行技术改造的方案。
The oil reservoirs in Pingbei Area of Ansai Oilfield is difficult to develop because of its ultra-low permeability, micro-fracture, and low production of oil wells.
安塞油田坪北区油层渗透率特低，具有微裂缝，油井产量低等特点，为此，增加了油藏开发中的难度；
The Ansai drum including the dance, the martial arts, gymnastics, percussion instrument, the band music and the folk song is our outstanding traditional sport event.
安塞腰鼓融舞蹈、武术、体操、打击乐、吹奏乐、民歌为一体，是我国优秀的民族传统体育项目。
Ansai oil field in Ordos basin is a ultra low permeability reservoir with natural and induced fractures, which caused serious lateral heterogeneity of permeability in the reservoir.
鄂尔多斯盆地安塞特低渗透油田由于存在天然裂缝或人工压裂裂缝，造成了储集层平面渗透率的方向非均质性。
Ansai oil field is characterized by low Permeability, low pressure, low output and adverse natural conditions, so surface engineering construction of Ansal oil field has great difficulty.
本文论述了安塞油田主要特点是：低渗、低压、低产，自然环境恶劣，油田地工程建设难度大。
Ansai Oilfield is located on the Loess Plateau to the east of Shan-Gan-Ning Basin. Restricted by its geographical environment, the management on dosing system has always been its weak point.
安塞油田地处陕、甘、宁盆地东部黄土高原，由于地理环境限制，加药系统管理一直是薄弱环节。
Simulated rainfall experiments with 3 loessial soils of Ansai, Suide, Yangling, and Yangling arable soil were conducted to evaluate effects of rainfall and soil structure on raindrop splash.
选用黄土高原地区的安塞黄绵土、绥德黄绵土、杨陵粘黄土、杨陵农地耕层土进行人工降雨溅蚀试验 ，研究了降雨特性和土壤结构对雨滴溅蚀的影响。
Simulated rainfall experiments with 3 loessial soils of Ansai, Suide, Yangling, and Yangling arable soil were conducted to evaluate effects of rainfall and soil structure on raindrop splash.
选用黄土高原地区的安塞黄绵土、绥德黄绵土、杨陵粘黄土、杨陵农地耕层土进行人工降雨溅蚀试验 ，研究了降雨特性和土壤结构对雨滴溅蚀的影响。
应用推荐