6, the impacts of forced oscillations on estimating electromechanical modes are reviewed.
The five ARIES designs, which correspond to five different tokamak operating modes, are reviewed and compared.
Both VLF-R and VLF-EM responses with the contribution of the vortex and gathered (direct) currents, in E and H-polarization modes, are reviewed and VLF anomalies observed over FBFZ are discussed.
Basic concepts for designing sliding mode controllers (SMC) are reviewed from the point of view of Filippov vector fields and new conceptual tools are developed.
The concept of luteal phase contraception and the use of mifepristone in clinical trials, which allows for testing of its validity, as well as clinical pharmacological research designed to understand its mode of action, are reviewed.
Macroscopic deformation and failure modes of polyolefines are reviewed in terms of deformation and failure models based on the craze initiation and propagation model of Kramer Berger and the craze crack transition model of Kramer Brown.
The most relevant analytical penetration models with their most important assumptions, basic process mechanisms, and key analytical relations for plugging mode of monolithic plates penetration are reviewed.
The capillary suction time (CST) method for measuring the filterability of a suspension is described, and its mode of operation is reviewed and discussed.
Instrument characteristics such as the population in which the instrument was developed or validated, the methods of instrument development, scale and scoring information, recall period, and mode of administration were reviewed.
In this survey, the research progress on the flame propagation and stabilization in the dual-mode scramjet combustor is reviewed and summarized, and its main focus is on the flame stabilization mode, especially for the mode transition.
