1) Amniotic fluid distribution
羊水分布
2) Moisture distribution
水分分布
1.
Measurement of moisture distribution in pressboard using four-cell capacitive sensor;
用四单元电容传感器测量绝缘纸板微水分分布
2.
Experimental research on the moisture distribution of high moisture content rough rice during harvest;
高湿稻谷收获期水分分布研究
3.
Preliminary analysis of moisture distribution in cliff rocks of the Mogao Grottoes in Dunhuang
敦煌莫高窟崖体中水分分布初步分析
3) water distribution
水分分布
1.
Temporal and spatial monitoring of water distribution and migration in a tree trunk using electrical resistivity tomography;
树干水分分布及运移的高密度电阻率成像法时空监测
2.
The effect of permeation time on the water distribution in each layer of brown rice during rice moisture conditioning treatment was studied based on isotope tracing technology.
3%)为原料,应用同位素示踪技术研究糙米加湿调质后均质时间对各层水分分布的影响规律。
4) fibre fineness distribution analyzer
羊毛细度分布分析仪
5) oil-water distribution
油水分布
1.
Alluvial fan and oil-water distribution characteristics of Xiawuerhe Formation in Well 530 field of Karamay Oil Field, Xinjiang, China;
克拉玛依油田530井区下乌尔禾组冲积扇与油水分布特征
2.
In face of the complicated oil-water distribution in the thick sandbody and the identification difficulty of the type of the reservoir traps in this area,the distribution character of main interlayer was described, and the replacement pressure of interlayer was calculated beginning with the study of heterogeneity.
针对准噶尔盆地中部1区块莫西庄地区三工河组厚层砂体内部油水分布关系复杂、油藏圈闭类型难以识别等问题,从非均质性研究入手,描述了主力夹层的分布特征,计算了夹层的排替压力,利用夹层与储层的排替压力差分析了夹层对油气的封堵能力,揭示了夹层对油气水分布的控制作用。
3.
compute technique, sandstone distribution, reservoir characteristics, distribution of flow unit, reservoir characteristics and oil-water distribution of Chang 2_1~1 oil segment were reseached deeply and comprehensively.
通过对本区储层特征和油水分布规律研究,结合流动单元分布特征,有助于深化构造—岩性油藏油藏描述研究的技术、思路和方法,为以后同类油藏的研究提供了重要的理论和实际意义。
6) oil/water distribution
油水分布
1.
Complexand levityof geological conditions for forming oil reservoirs result inthe complexand levityof oil/water distribution,especially,in low permeability reservoirs.
成藏地质条件的复杂多变控制了油水分布的复杂性和多样性,尤其是在低渗透油藏中。
2.
The relationship between reservoir heterogeneity and oil/water distribution has been analyzed.
针对渤海湾盆地中、浅层非典型隐蔽油气藏在油气层评价及开发过程中所暴露出的解释符合率低、含水率高等问题,通过分析储层非均质性与油水分布之间的关系,研究非典型油藏中油水分布非均一性产生的原因,确定渤海湾盆地中、浅层非典型油藏存在2类流体非均质现象,非均质控油作用不仅造成中、浅层流体性质评价困难,同时也使油井投产后产液特征复杂化。
补充资料：皮肤睾丸(卵睾)组织和中期羊水细胞培养
皮肤睾丸(卵睾)组织和中期羊水细胞培养
诊法。染色体检测的细胞培养技术之一。取小块皮肤或性腺，用无菌之含双抗的Ha～nks液清洗数遍后，在无菌条件下将标本剪成05～1mm3小块种入25ml小培养瓶内，倒置，加15～2ml培养液(RPMI1640或TC199等配制的培基，37℃，CO2孵箱内静置培养，24小时后翻瓶，使培养物全部浸泡于培养液内，一周不必翻动。此后每3～5天或视培养基pH值下降即液体转黄时换培养液一次，使培养液保持一定pH值，清澈透亮。一般7～10天培养物即开始生长。待细胞长满后可传代，部分细胞可液氮内保存备用；部分细胞以胰酶消化后加秋水仙素，制作染色体标本及显带分析。羊水细胞培养后染色体标本制备与上类同。
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