Abstract
CO~EN, MOSES and I~OSENBLUI~ (t) deal with the measured time differences in using the slow-clock transport synchronization (SCTS), and light signal sinehronization (LSS) in noninertial reference systems. The SCTS and the LSS are experimentally equivalent operations only in inertial reference systems. The SCTS contains implicitly an additional conventional restrictions, equivalent with the choice of the Einstein specialrelativistic synchronization (2). In noninertial reference systems the use of the Einstein synchronization is impossible. Therefore, when synchronizing with the SCTS in noninert ial reference systems, an additional (~ hidden error ~> is introduced in the procedure. Whe using the SCTS in noninert ial reference systems, we have to do with the superposition el two e]fects:
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