Escargot Effect and the Chandler Wobble Excitation The analysis of the modulated CW signal in a sliding window demonstrates the specific effect, we called the "escargot effect", when instantaneous "virtual" retrograde component appears in the purely prograde (at long-time interval) signal
Escargot Effect and the Chandler Wobble Excitation We study the Chandler wobble (CW) of the pole from 1846 to 2017 extracted by the Panteleev ltering The CW has period of 433 days, average amplitude of 0 13 milliarcseconds (mas) which is changing, and phase jump by pi in 1930-th The CW amplitude strongly (almost to zero) decreases in 1930-th and 2010-th with the phase jump in 1930th
“Escargot Effect” and the Chandler Wobble Excitation “Escargot Effect” and the Chandler Wobble Excitation Leonid Zotov: title “Escargot Effect” and the Chandler Wobble Excitation: title_short “Escargot Effect” and the Chandler Wobble Excitation: title_sort: escargot effect and the chandler wobble excitation: container_title: Journal of Physics: Conference Series: container_title_facet
“Escargot Effect” and the Chandler Wobble Excitation “Escargot Effect” and the Chandler Wobble Excitation Saved in: Bibliographic Details; Published in: Journal of Physics: Conference Series: Main Author: Leonid Zotov: Unexpectedly Dangerous Escargot Stew: Oleandrin Poisoning through the Alimentary Chain* by: Cecilia Gechtman Published: (2006) CHANDLER R D
Phase changes of the Chandler wobble and its excitation. from publication: “Escargot Effect” and the Chandler Wobble Excitation | We study the Chandler wobble (CW) of the pole from 1846 to 2017 extracted by the Panteleev filtering
Components (for cos) of the Chandler wobble amplitude model. Download Table | Components (for cos) of the Chandler wobble amplitude model from publication: “Escargot Effect” and the Chandler Wobble Excitation | We study the Chandler wobble (CW) of the