Showing papers on "Organic semiconductor published in 1968"
TL;DR: The properties of organic semiconductors, especially polyanilines, are reviewed in this article in the light of recent work, and the properties of the polyaniliines are discussed in detail.
256 citations
TL;DR: In this paper, the difference between the ionization energies of various organic molecules both in the vapour and in various crystal lattices was examined, and it was shown that photoelectric emission thresholds of organic crystals, as well as being of intrinsic interest, provide information on the energies of a molecule in the gas (IG ) and in a molecular crystal (Ic ) measures 1 the calculable polarization energy P of the crystal, a key quantity in the donor-acceptor theory of organic semiconductors.
Abstract: This paper examines the difference between the ionization energies of various organic molecules both in the vapour and in various crystal lattices. Photoelectric emission thresholds of organic crystals, as well as being of intrinsic interest, provide information on the energies of the ionization energy of a molecule in the gas (IG ) and in a molecular crystal (Ic ) measures1 the calculable polarization energy P of the crystal, a key quantity in the donor-acceptor theory of organic semiconductors.
36 citations
TL;DR: In this paper, low-molecular-weight organic semiconductors and photo-semiconducting properties of organic polymers have been investigated and compared with those of conventional photosemiconductor materials.
Abstract: CONTENTS I. Introduction 25 II. Low-molecular-weight organic semiconductors 25 III. Electrical properties of organic semiconducting polymers 26 IV. Photo-semiconducting properties of organic polymers 28 V. Conclusions and prospects 32
5 citations
2 citations
1 citations
01 Jan 1968
1 citations
Patent•
24 Sep 1968