General Relativistic Description of Celestial Reference Frames

Abstract

The astonomical consequences of recently developed theoretical methods of relativistic astrometry are discussed. The set of practically important reference systems is described. These reference systems generalize the locally inertial frames of general relativistic test observer, the hierarchy of Jacoby coordinates for dynamical problems and the dynamically inertial reference systems of fundamental astrometry. In practical application of this formalism much attention is paid for relativistic transformation functions relating the ∗∗ecliptical coordinates corresponding to the baryecnters of the Solar system, the Earth-Moon subsystem and the Earth. Solutions to several kinds of relativistic precession are also presented.

A new reasonable scenario to search for ER-alpha energy-time-position correlated sequences in a real time mode

“…The bloc-diagram of the whole process is shown in the Fig.1. Except that, special 4M CAMAC based electronic module is designed [6] to determine only strip number. Seven bit information is written into 16 bit state register.…”

“…C++ TVPS.exe code is designed for two general purposes. One of them is testing CAMAC electronics modules like ADC PA [6], "address detection" CAMAC 4M module and state register one(1M). In part, these tests are described in [8].…”