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 ...

Aus der Heimat Mendelssohn : Moses Benjamin Wulff und seine Familie, die Nachkommen Moses Isserles

von Max Freudenthal

An die Mitglieder des Vereins zur Bekleidung armer Israeliten in Breslau, 1836

[M. B. Friedenthal ...]

Ueber die Veranlassung und die Folgen der Allerhöchsten Cabinets-Ordre vom 20. September 1836, die Ansiedlung der Juden auf dem platten Lande in der Provinz Westphalen betreffend

vom ...Hellwitz ...

De mosaiske Troesbekjenderes Stilling i Danmark forhen og nu, historisk fremstillet i et Tidslob af noesten 200 Aar, tilligemed alle Lovsteder og offentlige Foranstaltninger dem angaaende, som ere udkomme fra 1651 til 1836

udarb. af A. D. Cohen

Accurate rotational constant and bond lengths of hexafluorobenzene by femtosecond rotational Raman coherence spectroscopy and ab initio calculations

The gas-phase rotational motion of hexafluorobenzene has been measured in real time using femtosecond (fs) time-resolved rotational Raman coherence spectroscopy (RR-RCS) at T = 100 and 295 K. This four-wave mixing method allows to probe the rotation of non-polar gas-phase molecules with fs time resolution over times up to ∼5 ns. The ground state rotational constant of hexafluorobenzene is determined as B 0 = 1029.740(28) MHz (2σ uncertainty) from RR-RCS transients measured in a pulsed seeded supersonic jet, where essentially only the v = 0 state is populated. Using this B 0 value, RR-RCS measurements in a room temperature gas cell give the rotational constants B v of the five lowest-lying thermally populated vibrationally excited states ν7/8, ν9, ν11/12, ν13, and ν14/15. Their B v constants differ from B 0 by between −1.02 MHz and +2.23 MHz. Combining the B 0 with the results of all-electron coupled-cluster CCSD(T) calculations of Demaison et al. [Mol. Phys.111, 1539 (2013)] and of our own allow to determine the C-C and C-F semi-experimental equilibrium bond lengths r e(C-C) = 1.3866(3) Å and r e(C-F) = 1.3244(4) Å. These agree with the CCSD(T)/wCVQZ r e bond lengths calculated by Demaison et al. within ±0.0005 Å. We also calculate the semi-experimental thermally averaged bond lengths r g(C-C)=1.3907(3) Å and r g(C-F)=1.3250(4) Å. These are at least ten times more accurate than two sets of experimental gas-phase electron diffraction r g bond lengths measured in the 1960s.

Die Berechnung der Jahrpunkte (Thekuphenrechnung) im Kalender der Juden : (vorgelegt in d. Sitzung am 8. Jänner 1891)

von Eduard Mahler