63, 541–550 (1959)ĭewald, J.: The charge and potential distributions at the zinc oxide electrode. Gobrecht, H., Kuhnkies, R., Tausend, A.: Untersuchung Der Phasengrenzfläche Halbleiter/Elektrolyt Am System Selen/Schwefelsäure, Zeitschrift für Elektrochemie. Randles, J.: The real hydration energies of ions. (Resumed), 855–860 (1953)īrattain, W., Garrett, C.: Experiments on the Interface between germanium and an electrolyte. Hillson, P., Rideal, E.K.: On overpotential and the photovoltaic process at polarized electrodes. Sheppard, S., Vanselow, W., Happ, G.: Photovoltaic cells with silver–silver bromide electrodes. Roulleau, J.: Couches De Barrage Et Effet Becquerel. Leermakers, J., Carroll, B., Staud, C.: Spectral sensitivity and light absorption of dye-sensitized photographic emulsions. 33, 1403–1414 (1929)įink, C.G., Alpern, D.K.: The engineering development of photovoltaic cells I. Sheppard, S., Vancelow, W., Hall, V.: Photo-voltaic cells with silver-silver bromide electrodes. Guggenheim, E.: The conceptions of electrical potential difference between two phases and the individual activities of ions. Allen: Photo-Electricity: The liberation of electrons by light with chapters of fluorescence, and photochemical actions and photography, Longmans, Green (1913)Īnand, H.L., Bhatnagar, S.S.: Z. Sichling, K.: Über Die Natur Der Photochloride Des Silbers Und Deren Lichtpotentiale. (Nach Versuchen Und Berechnungen Von Wilsmore.).
Rajeshwar, K.: Fundamentals of semiconductor electrochemistry and photoelectrochemistry. Pleskov, Y.V., Gurevich, Y.Y., Rotenberg, Z.A.: Photoelectrochemistry. In the last part of the chapter, the photoelectrochemical devices are briefly discussed. The following sections discuss practical applications of semiconductors and photoelectrochemistry by using the work of top researchers in photoelectrocatalysis, photoelectrochemical reduction of CO 2, photoelectrolysis of H 2S, water photosplitting, and waste treatment by photoelectrochemistry. Sections 9.4, 9.5, 9.6, 9.7, 9.8, and 9.10 cover equilibrium and the electrode-electrolyte interface, the traditional theories and calculation of the photocurrent (in the dark or under illumination), absolute electrode potential, and semiconductor electrodes. Subsequently, the conditions for the presence of electrons in a solution and the main differences between a metal and a semiconductor are explained. In the third section, essential photoelectrochemical measurements have been outlined. This is followed by an introduction to the semiconductors and the electron energy levels and energy band model. The first part of the chapter is dedicated to the history of photoelectrochemistry and the most important discoveries that laid the foundation for the innovative methods and applications in the recent years. The references at the end of the chapter provide the avid reader with the resources for more in-depth information. All the contents of this chapter, about the pure and applied photoelectrochemistry and their applications in different fields, have been designed proportional to the requirements and limitations of a concise handbook. It is assumed that the reader is well familiarized with the alphabet of electrochemistry and the principles of thermodynamics and kinetics in classical electrochemistry. We've arranged the synonyms in length order so that they are easier to find.This chapter takes a glance at the evolutionary course of photoelectrochemistry. Synonyms, crossword answers and other related words for INTENSITYWe hope that the following list of synonyms for the word intensity will help you to finish your crossword today.
INTENSITY 'INTENSITY' is a 9 letter word starting with I and ending with Y Crossword clues for 'INTENSITY' Clue
0 kommentar(er)
