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1·This paper described a novel method for high -frequency complex permeability measurement.

该文提出了一种新的高频复磁导率的测试方法。

2·The absorbent was analysed by SEM and XRD and the magnetic alloy powder-paraffin sample was made a complex permeability measurement in the radar frequency.

对吸收剂进行SEM与XRD分析，并对磁性合金粉体-石蜡样品进行雷达频带复磁导率的测试。

3·A network analyzer system is used to make frequency-swept S-parameter measurements on the loaded stripline fixture from which complex permittivity and complex permeability may be calculated.

以带线系统为测试夹具，利用网络分析仪在微波频率下测量材料的复介电常数和复磁导率。

4·It also showed that the complex dielectric constant and complex permeability decrease as the measuring frequency increasing, and maximum dielectric loss was 0.30, but magnetic loss is small.

其介电常数、磁导率基本都随测试频率的增加而下降；介电损耗值最大可达到0.30，磁损耗值较小。

5·It is an effective way to exploit low permeability reservoir, difficult-to-produce reserves and remaining oils with complex Wells.

复杂结构井技术是开发低渗透油藏、难采难动用储量和挖掘剩余油行之有效的手段。

6·In Kuche area, the sandstone reservoir is characterized by low porosity, low permeability and high pressure, and pore texture is complex, so, it is very difficult for reservoir log evaluation.

库车地区砂岩储层以高压低孔隙度低渗透率为显著特征，且储层结构复杂，给储层测井评价带来很大困难。

7·So, according to the geologic characteristics of Baimiao condensate reservoir with deep burial and low permeability, a new development model with complex well configuration is proposed.

因此，根据白庙深层低渗透凝析气藏的地质特点，文章提出了以复杂结构井为主导的新型开发模式。

8·Because of complex pore structure in low permeability sandstone reservoir, it was quite difficult to identify oil or water layer and evaluate reservoir using normal methods.

低渗透砂岩油藏因其孔隙结构复杂，利用常规方法进行油水层识别和储层评价难度较大。

9·Zhongyuan oil field is a complex fault block sandstone reservoir, which has deep oil reservoir rock, low permeability and serious heterogeneity.

中原油田是一个复杂断块砂岩油气田，储集层埋藏深，渗透率低，非均质严重。

10·Peripheral oilfields are also the main direction to increase recoverable reserves, but 90% reserves are located in ultra-low abundance, ultra-low permeability and complex fault-block reservoirs.

外围油田也是增加可采储量的主要方向，但90%的储量位于特低丰度、特低渗透及复杂断块油藏。