Recent research on rolling noise mechanisms or specific measurement techniques may help to meet the EC noise emission requirements.
While this allows no sophisticated MAC (e.g., through back-off mechanisms or similar collision avoidance techniques), it allows a radar system to access the medium at regular intervals, which is a requirement for safety-ensuring radar systems.
This paper presents the main aspects of tribocorrosion: engineering relevance, mechanical and chemical aspects, mechanisms, investigation techniques, and models.
All mechanisms and techniques should be available and, most importantly, should be assessed for efficacy and cost-effectiveness.
Many mechanisms and techniques have been developed to increase the loading capacity of I-section structures, e.g., using composite materials or changing web geometry.
Second, the mechanisms and techniques that mirror those found within SCP are identified within the conservation literature and their reported effectiveness is discussed.
Specifically, intrinsically different sensing mechanisms and techniques are used, while sensitivity, selectivity, pros and cons of a biosensor are crucial factors.
Due to vast nature of mechanisms and techniques used in these MACs, a smooth classification of MAC protocols is not an easy task.
Because of the rapidly increasing popularity of electrochemiluminescence (ECL) and its applications, we have given particular attention to ECL mechanisms and techniques.
In this chapter, the mechanisms, potential techniques, and applications of the duplex and hybrid treatments of titanium and aluminium alloys have been summarized.
