Mitsunojo Ichise

TL;DR: In this paper, a graphical approximation on the Bode diagram is presented for the simulation of a simple diffusion process and also for a basic model experiment of monolayer problems and even for computational measurements of the activity of a deposited metal in real systems.

TL;DR: In this article, the significance of application of white noise and cross-correlation function techniques in electroanalytical chemistry is described and the simplest pseudo-random signal generator and the correlator which avoid the use of large memory are constructed and applied to a few electrode systems.

TL;DR: In this article, a model consisting of a linear element and a static non-linear element (ZNL=zero-memory nonlinear system) is used to acquire the representation of the electrode process, from which the features of the electrodes should be extracted.

TL;DR: In this paper, a digital memory device and a microcomputer are introduced to calculate correlation functions and Fourier transform in voltammetric measurements, and typical cross-spectra for simple diffusion and kinetic processes are obtained.

TL;DR: Components in samples are separated on a gas chromatography column using hydrogen as carrier gas, and individual components from the column are passed through a platinum tube heated at 1000 degrees , where they undergo hydrogenolysis, and fluorine compounds are converted into hydrogen fluoride.