The UV-laser excited resonance raman spectrum of the I3 ion

Solutions of cesium tri-iodide and potassium iodide and iodine in water show a strong resonance Raman effect of the I⁻₃ ion when excited by the ultraviolet lines at 3638 and 3511 Å of an argon ion laser, High intensity overtone progressions of the “symmetric” vibration ν_i were observed. This progression allows the confirmation of the presence of the I⁻₃ ion in iodine-methanol solutions.     

Activation analysis of high-purity silicon

³²P was separated from the irradiated silicon matrix as ammonium phosphomolybdate and the activity was measured with a GM tube or on a plastic scintillator. The second-order interference was taken into consideration. Research associate of the N.F.W.O.     

Synthesis and properties of silacyclobutylsilazanes

Ammonolysis of silacyclobutanes {ie305-01} (R=Cl, CH₃) gives silacyelobutane di- and polysilazanes. Reaction of the disilazane {ie305-02} with 1-chloro-1-methyl-1-silacyelobutane at 20–80° gives a trisilyl-substituted amine {ie305-03}. Trisilyl-substituted amines with one silacyclobutyl group, are obtained by reacting silacyclobutanes {ie305-04} (R=CH₃, C₆H₅). with sodium or potassium silylamides prepared from hexamethyldisilazane. It is shown that it is possible to obtain silylamides by reacting disilazanes directly with potassium metal at 90–100°.     

Triterpenoid saponins Communication 16. Structure of araloside C

Summary The complete structure of araloside C — a triterpenoid saponin from the roots ofAralia manshurica (Rupr. et Mey) — was established.Translated from Izvestiya Akademii Nauk SSSR, Seriya Khimisheskaya, No. 7, pp. 1214–1222, July, 1965     

Aggregation des menschlichen Serumalbumins unter den Bedingungen der W ärmedenaturierung

Ohne Zusammenfassung     

Controlled vesicle self-assembly in microfluidic channels with hydrodynamic focusing

Traditional liposome preparation methods are based on mixing of bulk phases, leading to inhomogeneous chemical and/or mechanical conditions during formation; hence liposomes are often polydisperse in size and lamellarity. Here we show the formation of liposomes that encapsulate reagents in a continuous two-phase flow microfluidic network with precision control of size from 100 to 300 nm by manipulation of liquid flow rates. We demonstrate that by creating a solvent-aqueous interfacial region in a microfluidic format that is homogeneous and controllable on the length scale of a liposome, we can facilitate the fine control of liposome size and polydispersity.     

Unusual Thermolysis of Diisobutyl Polysulfides

Russian Journal of Organic Chemistry -