Tôṣe'ôt ḥayyîm : sēfer kôlēl kōl ofnê tefillôt û-taḥanûnîm le-hitpallēl baʿad ha-ḥôlîm we-ham-mētîm ... bi-lšôn ʿivrî û-vi-lšôn aškenazz i

ʿal yedê Yiṣḥāq Ben-Aryê Yôsēf Dōv ...

Sēfer ha-ḥayyîm : ... û-vô mepôrāš kōl dînê śimḥôt ... be-kōl ʿîseqê ham-mētîm ... we-hôsāfnû ... teḥinnôt û-vaqqāšôt raḥamîm be-vêt ha-ḥayyîm ...

Digitalisat der Ausg. Zulṣbak, 1790/91

Sēfer ha-ḥayyîm : ... we-hû tôrā ḥēsed we-emet še-ʿôśîm ʿim ham-mētîm we-ha-ḥayyîm ... we-mā-šem-mitpallēl ha-ḥôlē we-hag-gôsēs...

[Simon Frankfurt]

Ms. hebr. oct. 51 - Igerot

Vorbesitzer: Eljāqīm Carmoly

Ms. Barth. 51 - Quaestiones in quartum Sententiarum

Vorbesitzer: Bartholomaeusstift Frankfurt am Main

Simulating Energy Transfer and Upconversion in β-NaYF 4 : Yb 3+ , Tm 3+

The design of upconversion phosphors with higher quantum yield requires a deeper understanding of the detailed energy transfer and upconversion processes between active ions inside the material. Rate equations can model those processes by describing the populations of the energy levels of the ions as a function of time. However, this model presents some drawbacks: energy migration is assumed to be infinitely fast, it does not determine the detailed interaction mechanism (multipolar or exchange), and it only provides the macroscopic averaged parameters of interaction. Hence, a rate equation model with the same parameters cannot correctly predict the time evolution of upconverted emission and power dependence under a wide range of concentrations of active ions. We present a model that combines information about the host material lattice, the concentration of active ions, and a microscopic rate equation system. The extent of energy migration is correctly taken into account because the energy transfer processes are described on the level of the individual ions. This model predicts the decay curves, concentration, and excitation power dependences of the emission. This detailed information can be used to predict the optimal concentration that results in the maximum upconverted emission.

Ms. germ. qu. 51 - Mainzer Chronik 1332 - 1452

Vorbesitzer: Johann Friedrich Faust von Aschaffenburg; Wilhelm Fitzer; Matthaeus Merian; Johann Maximilian zum Jungen;

Ms. germ. fol. 51 - Geheime Maurerei oder Geistliches und leibliches Anschauen Göttlicher Maijestät Eines Geheimen Prister Gottes, in dem Tempel der Natur

Alte Inventarnummer: Inventar 134.S.(?). 244

Die Rechtsstellung der Reichspensionäre : (Artikel 33 (5), 3, 14, 19, 123 (1), 131, 134 Grundgesetz. § 77 des Gesetzes zu Art. 131 GG vom 11.5.51)

George Tzschirner

Ms. Praed. 51 - Moralphilosophische Sammelhandschrift

Vorbesitzer: Georg von Breidenbach; Dominikanerkloster Frankfurt am Main

Na 1 Nachlass Max Horkheimer, 302 - Korrespondenzen u.a. mit Arthur Hübscher (p. V 89, 51-199)

83 Briefe und Beilagen zwischen Arthur Hübscher und Max Horkheimer, 1963-1973; 15 Briefe und Beilagen zwischen Bundesminister a. D. Ewald Bucher und Max Horkheimer, 1966-1971; 1 Brief und Beilage von Dr. Christoph Meyer an Max Horkheimer, 1969; 6 Briefe zwischen Dr. Johann Joeden und Max Horkheimer, 1966; 5 Briefe zwischen dem Oberregierungsrat Gustav Adolf Hünniger und Max Horkheimer, 1951-1953; 2 Briefe und eine Empfehlung und ein Gutachten von Edith Hünniger an Max Horkheimer, 1952-1953;