T HE idea of transmitting and receiving independent signals over a common line by means of synchronized switches at the terminals is quite old and has been used in multiplex telegraphy for many yea
In order to accurately measure noise levels in compandored communication systems, it is necessary to set the compandor characteristics at approximately the values associated with signal transmissio
We have developed a technique capable of measuring the tunneling current into both localized and conducting states in a 2D electron system (2DES).
This paper is concerned with the time optimal control problem of a system whose state is evolving on the sphere S2.
We describe time-resolved and spectrally-resolved laser-induced fluorescence measurements from the parity of A doublet levels of the A sup 1 II state of BCl radicals formed by CO sub 2 laser multip
Recently, a laser-induced fluorescence technique was developed for measuring plasma electric fields in situ and non- intrusively.
Radio frequency plasmas are widely employed in the microelectronics industry because they provide a means for anisotropic fabrication of microscopic patterns under low temperature conditions.
Time resolved Raman and absorption spectroscopies were used to characterize the vibrational and electronic structure of the *B sub (1g) excited state of Nickel (II) protoporphyrin IX dimethyl este
no abstract provided
Time-resolved product distributions of four softening coals pyrolyzed in an electrically heated grid are presented.
