Israel, the biblical people : Israel, past, present and future ; battling for mankind and civilisation ; against Anti-Semitism and its real issues

by Maurice Fluegel

A Hebrew and English lexicon of the Old Testament : with an appendix containing the biblical Aramaic ; based on the lexicon of William (Wilhelm) Gesenius as transl. by Edward Robinson ; ed. with constant reference to the Thesaurus of Gesenius ... and with authorized use of the latest German ed. of Gesenius's Handwörterbuch über das Alte Testament

Francis Brown with the co-op. of ...

Redox control of thermopower and figure of merit in phase-coherent molecular wires

We demonstrate how redox control of intra-molecular quantum interference in phase-coherent molecular wires can be used to enhance the thermopower (Seebeck coefficient) S and thermoelectric figure of merit ZT of single molecules attached to nanogap electrodes. Using first principles theory, we study the thermoelectric properties of a family of nine molecules, which consist of dithiol-terminated oligo (phenylene-ethynylenes) (OPEs) containing various central units. Uniquely, one molecule of this family possesses a conjugated acene-based central backbone attached via triple bonds to terminal sulfur atoms bound to gold electrodes and incorporates a fully conjugated hydroquinonecentral unit. We demonstrate that both S and the electronic contribution Z el T to the figure of merit ZT can be dramatically enhanced by oxidizing the hydroquinone to yield a second molecule, which possesses a cross-conjugated anthraquinone central unit. This enhancement originates from the conversion of the pi-conjugation in the former to cross-conjugation in the latter, which promotes the appearance of a sharp anti-resonance at the Fermi energy. Comparison with thermoelectric properties of the remaining seven conjugated molecules demonstrates that such large values of S and Z el T are unprecedented. We also evaluate the phonon contribution to the thermal conductance, which allows us to compute the full figure of merit ZT = Z el T/(1 + κ p/κ el), where κ p is the phonon contribution to the thermal conductance and κ el is the electronic contribution. For unstructured gold electrodes, κ p/κ el Gt⃒ 1 and therefore strategies to reduce κ p are needed to realize the highest possible figure of merit.

Misnaic Hebrew and its relation to biblical Hebrew and Aramaic : a grammatical study

by M. H. Segal

A contribution to biblical lexicography

by Israel Eitan

Post-biblical Hebrew literature : an anthology

by B. Halper

Bemerkungen über die dem Jehuda Ibn Balaam zugeschriebene Schrift zur hebräischen Laut- und Accentlehre

Wilhelm Bacher

Bemerkungen über die dem Jehuda Ibn Balaam zugeschriebene Schrift zur hebräischen Laut- und Accentlehre

Wilhelm Bacher

Magic, divination, and demonology among the Hebrews and their neighbours : including an examination of biblical references and of the biblical terms

Leipzig, Univ., Diss., 1897