Vade Mecum Anatomicum; Oder: Kurtze und deutliche Beschreibung des Menschlichen Leibes : Zu sonderbahrem Nutzen denen Anfängern der Chirurgie ausgestellet

von D. C. H. KircheimVorlageform der Veröffentlichungsangabe: "Dresden, verlegts Joh. Jacob Wincklers seel. Wittib, 1721.

Misera Medicinæ Facies, qvam XXV. Julii An. MDCCX, in Onomasmate Viri Excellentissimi, Amplissimi, Et Experientissimi Domini Jacobi Bartelmaei Regis Pol. Et Elect. Saxon. Archiatri, Præsidii Militaris Medici, nec non Colleg. Sanit. Assess. Spectabilis, Fautoris Colendissimi, delineatam exhibet Christianus Henricus Kircheim, Med. Doct.

Glückwunschgedicht auf Jakob Bartelmaeus, Arzt, 25. Juli 1710Vorlageform des Erscheinungsvermerks: Palæo-Dresdæ, Typis Schvvenckianis

Disputatio medica inauguralis de procidentia uteri

quam ... pro doctoratus gradu, et summis in medicina privilegiis, legitime consequendis, publico eruditorum examini subiicit Fridericus Guntherus Kircheim, Arnstadia Thuringus. In diem ... Febr. Anno M DC LXXVDatum auf Titelblatt hs. ergänzt und geändert: In diem 5 Mart. (?)Enth. 26 ThesenDiss. med. Basel, 167

Segregation of hydrogen at internal Ag/MgO (metal/oxide)-interfaces as observed by small angle neutron scattering

The chemical composition of metal/oxide (M/O)-interfaces was studied for an internally oxidized Ag-lat.%Mg-alloy with small MgO nanoprecipitates in a dilute Ag matrix. This composition was varied by exposing the sample to oxygen (p(O-2) = 2 x 10(4) Pa), hydrogen (p(H-2) = 10(5) Pa) or vacuum (p < 10(-4) Pa). By means of small angle neutron scattering (SANS) we were able to show that hydrogen segregates at the internal Ag/MgO-interfaces. The average hydrogen occupancy at the Ag/MgO-phase boundary can be determined to be Theta(H) = (7.1 +/- 0.5) x 10(14) H/cm(2). In addition it could be shown that for each segregated hydrogen atom one Ag atom is displaced from the M/O-interface. The amount of hydrogen at the interfaces is in agreement with a model of structural vacancies at densely packed interface planes. To the best of our knowledge these are the first SANS-measurements that provide information about the segregation of hydrogen and deuterium at internal interfaces. (C) 2004 Acta Materialia Inc. Published by Elsevier Ltd. All rights reserved