Bøger af Christian Otto

This is a reproduction of a book published before 1923. This book may have occasional imperfections such as missing or blurred pages, poor pictures, errant marks, etc. that were either part of the original artifact, or were introduced by the scanning process. We believe this work is culturally important, and despite the imperfections, have elected to bring it back into print as part of our continuing commitment to the preservation of printed works worldwide. We appreciate your understanding of the imperfections in the preservation process, and hope you enjoy this valuable book. ++++ The below data was compiled from various identification fields in the bibliographic record of this title. This data is provided as an additional tool in helping to ensure edition identification: ++++ Versuch Einer Darstellung Der Lizenzen-Geschichten Christian Otto Law; Maritime; Law / Maritime

Eight cases identified, represent 23.5% of the 34 crewmembers flown on the ISS, with inflight visual changes and pre-to-postflight refractive changes. In some cases, the changes were transient while in others they are persistent with varying degrees of visual impairment. (1) Decreased intraocular pressure (IOP) postflight was observed in 3 cases. (2) Fundoscopic exams revealed postflight findings of choroidal folds in 4 cases, optic disc edema in 5 cases and presence of cotton wool spots in 3 cases. (3) Optical coherence tomography (OCT) confirmed findings of choroidal folds and disc edema and documented retinal nerve fiber layer thickening (4 cases). (4) Findings from MRI examinations showed posterior globe flattening (5 cases) and optic nerve sheath distension (6 cases). (5) Opening cerebrospinal fluid (CSF) pressure was elevated in 4 cases postflight reflecting raised intracranial pressure. While the etiology remains unknown, hypotheses speculate that venous insufficiency or hypertension in the brain caused by cephalad fluid shifts during spaceflight are possible mechanisms for ocular changes in astronauts.

Frontmatter -- Vorwort -- Otto an Richter. 7 Jan 1801 -- Otto an Richter. 15 März 1801 -- Richter an Otto. 30 März 1801 -- Otto an Richter. 2 Mai 1801 -- Richter an Otto. 11 Mai 1801 -- Richter an Otto. Juni 1801 -- Otto an Richter. 17 Juni 1801 -- Otto an Richter. 12 Aug. 1801 -- Richter an Otto. 28 Aug. 1801 -- Richter an Otto. 10 Oktob. 1801 -- Otto an Richter. 20 Nov. 1801 -- Richter an Otto. 21 Nov. 1801 -- Otto an Richter. Tag 1801 -- Richter an Otto. 1 Febr. 1852 -- Otto an Richter. 1 März 1802 -- Otto an Richter. 28 Jun. 1802 -- Otto an Richter. 13 Sept. 1802 -- Richter an Otto. 20 Sept. 1802 -- Otto an Richter. 20 Sept. 1802 -- Richter an Otto. 3 Nov. 1802 -- Richter an Otto. 1802 -- Otto an Richter. 12 Febr. 1803 -- Richter an Otto. 1 Mai 1803 -- Richter an Otto. 23 Juni 1803 -- Otto an Richter. 3 Jul. 1803 -- Richter an Otto. 4 Juli 1803 -- Richter an Otto. 5 Juli 1803 -- Richter an Otto. 19 Jul. 1803 -- Otto an Richter. 3 August 1803 -- Richter an Otto. 16 Oktober 1803 -- Otto an Richter. 27 Oktober 1803 -- Richter an Otto. 5 Nov. 1803 -- Richter an Otto. 4 Dezember 1803 -- Otto an Richter. 28 März 1803 -- Richter an Otto. 24 April 1804 -- Richter an Otto. 26 Mai 1804 -- Otto an Richter. 29 Mai 1804 -- Richter an Otto. 19 Juni 1804 -- Otto an Richter. 14 Dezember 1806 -- Otto an Richter. 26 April 1807 -- Otto an Richter. 21 Juni 1807 -- Otto an Richter. 14 Nov. 1807 -- Richter an Otto. 22 Mai 1804 -- Richter an Otto. 10 Juni 1811 -- Richter an Otto. 12 Juni 1812 -- Richter an Otto. 10. Juni 1818 -- Jean Pauls Briefe an A...

Combining numerical and analytical techniques to grapple with the dynamics of state-of-the-art nanophotonic semiconductor structures, this outstanding contribution to the literature has detailed, worked calculations relating to three complex laser structures.