Temperature Profiles and Operating Characteristics for High Frequency Induction Plasmas

Thermodynamics of High Temperature Plasmas

In this work we discuss how and to what extent the thermodynamic concepts and the thermodynamic formalism can be extended to the description of high temperature states of the plasma not necessarily associated with a Boltzmann distribution and with thermal equilibrium.The discussion is based on the “magnetic or electrostatic entropy concept”, an interpretative and predictive tool based on probab...

Temperature Characteristics for Pulsation Frequency in Gonionemus

The frequency of contraction of the bell of Gonionemus was studied in relation to temperature, with intact animals and also where different operations were made on the nervous system. A number of values of micro are found for intact animals namely 8,100+/-, 10,500+/-, 32,000+/- and 22,500+/-, with critical temperatures at 9.6 degrees , 12.3 degrees , and 14.0 degrees . Four different classes of...

Relatively scaled ECE temperature profiles of KSTAR plasmas.

A scheme to obtain relatively scaled profiles of electron cyclotron emission (ECE) temperature directly from uncalibrated raw radiometer data is proposed and has been tested for the 2009 campaign KSTAR plasmas. The proposed method utilizes a position controlled system to move the plasma adiabatically and compares ECE radiometer channels at the same relative radial positions assuming the profile...

A high-field/high-frequency heterodyne induction-mode electron paramagnetic resonance spectrometer operating at 360 GHz

Boltzmann-Equation Simulations of Radio-Frequency-Driven, Low-Temperature Plasmas