Paleointensity determinations based on double heating techniques (in‐field/zero‐field
cooling, zero‐field/in‐field cooling, and two in‐field steps with opposite laboratory fields) are …

The ThellierTool4. 0 is an intuitive and easy‐to‐use software which provides the possibility
to analyze a wide range of different modifications of the Thellier absolute paleointensity …

Knowledge of palaeointensity variation is required for determining the full vector variation of
the geomagnetic field as a function of geological time. This provides essential constraints for …

Thellier‐type experiments are a method used to estimate the intensity of the ancient
geomagnetic field from samples carrying thermoremanent magnetization. The analysis of …

Detecting and excluding non‐ideal behavior during paleointensity experiments is critical to
asserting the reliability of data. Our knowledge of detecting non‐ideal behavior, in particular …

Paleointensities are key to understanding the formation and evolution of Earth and are
determined from rocks which record magnetic fields upon cooling; however, experimental …

A recent proposal of a multiple-specimen technique promises to be a viable alternative to
the classical Thellier–Thellier method of absolute paleointensity determination. However, to …

Reliability checks in Thellier-type experiments usually focus on the detection of chemical
alteration of the magnetic mineral component or the formation of new magnetic phases …

The theory for recording of thermally blocked remanences predicts a quasilinear relationship
between low fields like the Earth's in which rocks cool and acquire a magnetization. This …

Émile and Odette Thellier produced the first reliable determinations of paleointensity
following an experimental protocol used earlier by Johann Koenigsberger. Although …