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Three periods petroleum accumulation exists in South-of-fifth-area oil field, the first period oil and gas is the Jiamuhe group mature and high mature hydrocarbon and the Fengcheng group mature hydrocarbon in late Permian to early Triassic, was destroyed in the Indo-Chinese movement intermediate stage, but some still is conserved in good conserved condition, which is one of exploration objects. The second period is the Fengcheng group high mature hydrocarbon in late Triassic to early Jurassic, which is the important exploration target. The third period is the Jiamuhe group overmature dry gas in the late Jurassic Period to the early Cretaceous.

五区南油气藏存在三期成藏，第一期是佳木河组过成熟干气和风城组成熟油气，成藏期在晚二叠世到早三叠世，在印支运动中期被破坏了，但是在保存条件好的地区仍存在这一期油气藏，它是勘探的对象之一；第二期是风城组高成熟油气，成藏期在晚三叠世到早侏罗世，也是勘探的对象之一；第三期是佳木河组过成熟干气，成藏期在侏罗纪到早白垩世。

They are most abundant in quartz of pegmatitic leucosomes and granitic rocks, and represent the fluid appearing in their cooling stage. The DL(H2O) of such fluid is 0.93～0.96g/cm3 corresponding to P≈0.6GPa which is compatible with condition when the rapid decompression in this region was ended. 3 CO2-H2O two or three phases inclusions. They are the most widespread, and more frequently in clusters and in intragranular tails in quartz. The relative content of CO2+CH4 and H2O is considerably variable. They are also characterized with lower density (0.6～0.8g/cm3) and low pressure about 0.3～0.4GPa, and may be originated by mixture of carbonic liquid from breaking of most inclusions of peak stage and aqueous liquid of magmatic source. After entrapment, the further decrease of temperature to lower than 330℃ made such fluid separated to two or three phases.

主要集中于伟晶质脉体和花岗岩中，是这期岩浆冷凝过程析出的流体相当时就被封闭所成，密度为0.93～0.96g/cm3，相应压力约0.6GPa，这与峰期后迅速减压过程结束时的条件相符。3CO2-H2O两相和多相包体，分布最广，成簇状和拖尾状包体群，碳质和H2O相对含量很不均匀，整体密度相对最低，一般为0.6～0.8g/cm3，相应压力为0.3～0.4GPa，它们可能是大幅度减压过程中第一类包体大量爆裂析出的碳质流体与第二类H2O溶液流体在各处以不同比例混溶所成，它们被封闭后在降温至330℃以下时分裂成两相或三相包体。

Results In the condition of obturation and humidity, Neisseria gonorrhoeae in the leucorrheas survived longer in middle quantity than in few and mass. The survival time of Neisseria gonorrhoeae was short in dryness. In a few quantity (10/ml), karyote could phagocytize Neisseria gonorrhoeae and shorten its survival time, but in the quantity above 300/ml, karyote could prolong its survival time.

结果 在密闭保湿状况下，白带标本中的淋球菌在中量时存活时间长，少量或大量时其存活力相对较低；在干燥状况下，淋球菌存活时间短；在菌量很少(10/ml)时，有核细胞可以吞噬淋球菌而导致淋球菌存活时间减少，但在菌量较多时（大于300/ml）时，有核细胞可以延长淋球菌存活时间。

A new desulfurization apprach for pulverized coal combustion is introduced in this paper; pulverized coal is first burn in a precombustion furnace under oxygen deficient condition (about 30% air needed in boiler is provided for precombustion), in precombustion moust of sulfur in coal is decomposed and oxidized, and evolved, the sulfur evolved is trapped in a desulfurizing fluidized bed by calsuim, and then the char and gas are introduced to the boiler furnace for complete combustion.

本文提出了一种煤粉燃烧脱硫新方案，利用煤中硫优先氧化分解释出的原理，用少量的空气（大略为锅炉实际空气用量的30％），在一前置燃烧室中，使煤粉中硫的绝大部分被分解氧化，释放出来，释放出来的硫在脱硫流化床中被石灰脱硫剂脱除，未燃烧的炭粒与烟气再吹进锅炉膛中完全燃烧。

By solving management model, the optimal groundwater withdrawal 〓 of the Wuwei Basin in two irrigation periods are obtained,〓 shows that the pumping condition of groundwater in the region can divided into six sub-regions: the pumping sub-region with maximum 〓 is located in the river courses; the sub-region with minimum 〓 in the spring overflow zone; and non-pumping sub-region in the 〓 irrigated districts and desert area, and that the unique way to crese groundwater pumpage is to pirate evapotranspiration in the oundwater evaporation zone.

通过管理模型的运转，获得了武威盆地平水年、枯水年、丰水年三个典型年份各灌期地下水的最优开采方案。按年最优开采模数，区域地下水的开采条件可分为六个区，地下水最强的开采区位于出山河流的主河道、石羊大河和洪水河沿岸，最弱的地区为泉水溢出带，河水谨区和沙漠区下开采地下水。同时表明，袭夺潜水蒸发量可增加地下水的开采量，该区现状条件下增加地下水的开采量的唯一途径是袭夺潜水蒸发带地下水蒸发量。

Secondly,UV spectrophotometry was adopted to research the combination action on SM_2 and SIZ with MAA and 4-Vp.The combination action of functional monomer with template molecules were produced in the results. Then,the prediction imprinting principle of SM_2 and SIZ were given. The diagrams of infrared spectrum were analysed in MAA and 4-Vp and IMPs of SM_2. It was discoved that the absorbability peak of C=C function group in the IMPs were turn to be very low ,but the function group of carboxylic acid and pyridyl in the IMPs were no evidence change, and the condition was created in the molecular recognition of MIPs. Thermal Analysis was adopted to research IMPs ,in which ,a better thermal stability and its decompose temperature were showed in the results.

其次，本文利用紫外分光光度法研究磺胺二甲嘧啶和磺胺异噁唑与甲基丙烯酸或4-乙烯基吡啶的结合作用，结果表明，溶液中的功能单体与模板分子之间产生了结合作用，并预测磺胺二甲嘧啶和磺胺异噁唑印迹机理；分别分析了功能单体甲基丙烯酸、4-乙烯基吡啶、磺胺二甲嘧啶和磺胺异噁唑分子印迹聚合物的红外谱图，经过对比发现制得的印迹聚合物中C=C双键峰很小，并且功能键羧酸键和吡啶氮没有明显变化，这为聚合物特异识别特性创造了条件；利用综合热分析仪，对分子印迹聚合物进行综合热分析，结果表明分子印迹聚合物具有较好的热稳定性，分解温度也较高。

This paper takes finance management reformation in Dongfeng Nissan for example, explaining that under macro background of information economy and network revolution and with the reference of existing theoretical framework of strategic management accounting, focusing on the crying for car enterprise strategic management, demonstrating impersonally and reasoningly strategic management accounting's practical condition in application in car enterprises and the existing problems in actual usage. It let us understand how strategic management accounting penetrated strategic management idea to the management accounting information system in car enterprise, providing information for car enterprises management , making car enterprises to get permanent strategic competitiveness and accelerating to promote the application course of strategic management accounting theory in practice of car enterprise finance management.

本文以东风日产公司财务管理变革为例，在知识经济和网络革命的宏观背景下，以战略管理会计既有的理论框架为依据，着眼于汽车企业战略管理的迫切需要，客观而又理性地论证战略管理会计在汽车企业应用的现实条件，实际应用中存在的问题，使我们了解战略管理会计是如何将战略管理理念渗透到整个汽车企业的管理会计信息系统中，为汽车企业的管理提供信息，使汽车企业获得持久的战略竞争力，从而加速推动战略管理会计理论在汽车企业财务管理实践中的应用进程。

To explore current space planning condition at self-expense elder residence and the discrepancy with existing regulations, this study collected nine self-expense elder residences to perform statistical analysis on its internal space, and charted the data initially collected into CAD drawings. The nine elder residences, there're Ruen Fu Newlife in Danshuei, Yangming Senior Citizen Apartment, Wuku Senior Citizen Apartment, Shuanglian Elderly House in Sanjhih Township, Chang Gung Health and Culture Village in Sijhih in the north, and Kangning Healthcare Home, Evergreen Apartment in Tainan City, Youren Hills in Guanmiao, and Senior Citizens' Apartments of Fongshan City, Kaohsiung County in the south.

为探讨目前自费老人住宅空间规则情形，以及与现行法规的差异，本研究搜集全台九所自费老人住宅作为对其内部空间作统计分析，初步搜集之资料绘制成CAD图档，此九所老人住宅，北部有淡水润福新象、阳明老人公寓、五股老人公寓、三芝乡双连安养中心、汐止长庚文化养生村，南部有台南市康宁园安养中心、长青老人公寓、关庙悠然山庄、凤山市崧鹤老人公寓。

The result indicates that the best method for extracting β-carotene is to saponify the test specimen one hour with 4% NaOH methyl alcohol solution in 60-70'c and then to separate with 3:7 acetone-benzine component solvent as extraction solvent, MgO as the absorbent, the acetone-benzine as the eluent. Extracted solvent has been determined in the color dish condition (1cm) by ultraviolet spectrophotometer at 447 nm. The result shows that the β-carotene in carrotis 0.134 mgg^(-1), 0.0863mgg^(-1) in red pepper and 0.0426 mgg^(-1) in spinach.

结果表明，比较优先的β-胡萝卜素提取方法是：试样用4% NaOH甲醇溶液在60℃~70℃皂化1h，用3：7的丙酮－石油醚混合溶剂提取，以Mgo为吸附剂，丙酮－石油醚为洗脱剂分离，提取液用紫外分光光度计在波长447nm，1cm比色皿条件下测定，得出蔬菜中β-胡萝卜素含量：胡萝卜为0.134mgg^(-1)，红椒为0.0863mgg^(-1)，菠菜为0.426mgg^(-1)。

The results showed that the content of sodium was 1800 mg/kg in root, 800~1400 mg/kg in branches, 1700~2500 mg/kg in leaves, 700 mg/kg in flowers, 1200~1500 mg/kg in fruits of trees growing under sodic salinity stress, which was 2 times, 3.4~8.5 times, 1.4 times and 2.1~12 times of trees growing under normal condition, respectively.

在整个生育期，果树枝条内Na含量变化在800~1400 mg/kg，大约是正常果树的2~4倍；叶片内钠含量变化在1700~2500 mg/kg之间，是正常果树的3.4~8.5倍；果实钠含量在1200~1500 mg/kg之间，是正常果树的2.1~12倍。

In the United States, chronic alcoholism and hepatitis C are the most common ones.

在美国，慢性酒精中毒，肝炎是最常见的。

If you have any questions, you can contact me anytime.

如果有任何问题，你可以随时联系我。