1985年发表的论文，信息如下：

G. R. Olhoeft (1985).”Low-frequency electrical properties.” Geophysics, 50(12), 2492-2503. doi: 10.1190/1.1441880

In the interpretation of induced polarization data, it is commonly assumed that metallic mineral polarization dominantly or solely causes the observed response. However, at low frequencies, there is a variety of active chemical processes which involve the movement or transfer of electrical charge. Measurements of electrical properties at low frequencies (such as induced polarization) observe such movement of charge and thus monitor many geochemical processes at a distance. Examples in which this has been done include oxidation‐reduction of metallic minerals such as sulfides, cation exchange on clays, and a variety of clay‐organic reactions relevant to problems in toxic waste disposal and petroleum exploration. By using both the frequency dependence and nonlinear character of the complex resistivity spectrum, these reactions may be distinguished from each other and from barren or reactionless materials

Read More: http://library.seg.org/doi/abs/10.1190/1.1441880



前5年只获得8次引用，平均每年获得1.6次引用。

Read More: http://library.seg.org/doi/abs/10.1190/1.1441880

2014年获得9次引用

2013年获得14次引用，大大超过了论文发表后5年内引用数的总和。

2012年获得7次引用

2011年获得16次引用

2010年获得9次引用

   最近5年获得55次引用，大约等于论文发表后5年内引用数的7倍。

   引用数激增的原因在于近年来出现了高精度岩石物理性质测量仪器，用新仪器可以发现以前无法观测到的现象，岩石物理又火起来了。

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