Titlebook: Intrinsic Geodesy; Antonio Marussi Book 1985 Springer-Verlag Berlin · Heidelberg 1985 Geod?sie.Orbit.geodesy.satellite

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Book 1985e organised with his great friend and collaborator, Martin Hotine. His influence on the latter, stemming from their first meeting at the General Assembly of the International Association of Geodesy in Oslo in 1948, was remarkable in itself, leading as it did to the ultimate publication of Hotine‘s Mathematical Geodesy in 1969.

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Generalized Legendre Expansions for Any Curve Whatever in Space. The same expansions moreover offer the possibility of determining experimentally the values of the coefficients which appear in them, and which define the characteristics of the field under examination.

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ng of waveform (pulse duration) of their EODs. Pulse duration is sampled by a type of time-coding electroreceptors (knollenorgan) that are specialized for communication and is decoded in the midbrain..Understanding of the tuberous electrosensory system of electric fishes has been greatly advanced as

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ng of waveform (pulse duration) of their EODs. Pulse duration is sampled by a type of time-coding electroreceptors (knollenorgan) that are specialized for communication and is decoded in the midbrain..Understanding of the tuberous electrosensory system of electric fishes has been greatly advanced as

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Antonio Marussilved ampullary organs and the newly evolved tuberous electroreceptors in teleosts is uncertain. It has been claimed that ampullary organs in catfishes develop from lateral line placodes, whereas ampullary and tuberous organs in gymnotids are claimed to develop from general ectoderm. Clearly, experim

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Antonio Marussing of waveform (pulse duration) of their EODs. Pulse duration is sampled by a type of time-coding electroreceptors (knollenorgan) that are specialized for communication and is decoded in the midbrain..Understanding of the tuberous electrosensory system of electric fishes has been greatly advanced as

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Antonio Marussilved ampullary organs and the newly evolved tuberous electroreceptors in teleosts is uncertain. It has been claimed that ampullary organs in catfishes develop from lateral line placodes, whereas ampullary and tuberous organs in gymnotids are claimed to develop from general ectoderm. Clearly, experim

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Antonio Marussind in several marine and freshwater fish families (Chapters 2 to 6). The first three classes of receptors mentioned above thus rate only one chapter each, whereas five chapters are devoted to the electroreceptors. Electroreception has aroused enormous interest among physiologists in specialties rang