Ueber die Verbrechen der Geistlichen nach dem neuen Entwurfe des Preußischen Strafgesetzbuches : eine freimüthige Kritik

Boberach: Der den Vereinigten Ständischen Ausschüssen vorgelegte Entwurf eines Strafgesetzbuches berücksichtigt in den Paragraphen 412 - 416 nicht, daß sich das Verhältnis von Staat und Kirche zu deren Gunsten verändert hat. Vor allem darf der Staat nicht beanspruchen , Geistliche aus dem Amt zu entfernen. Die Katholiken im Rheinland und Westfalen werden sich nicht damit abfinden können

Nachtrag zu meiner Kritik über den Titel des Entwurfes des Preußischen Strafgesetzbuches von den Verbrechen der Geistlichen

Boberach: Der den Vereinigten Ständischen Ausschüssen vorgelegte Entwurf eines Strafgesetzbuches berücksichtigt in den Paragraphen 412 - 416 nicht, daß sich das Verhältnis von Staat und Kirche zu deren Gunsten verändert hat. Vor allem darf der Staat nicht beanspruchen , Geistliche aus dem Amt zu entfernen. Die Katholiken im Rheinland und Westfalen werden sich nicht damit abfinden können. - Welsch (Projektbearbeiter): Nachtragsband

Zeeman effect in atmospheric O₂ measured by ground-based microwave radiometry

In this work we study the Zeeman effect on stratospheric O₂ using ground-based microwave radiometer measurements. The interaction of the Earth magnetic field with the oxygen dipole leads to a splitting of O₂ energy states, which polarizes the emission spectra. A special campaign was carried out in order to measure this effect in the oxygen emission line centered at 53.07 GHz. Both a fixed and a rotating mirror were incorporated into the TEMPERA (TEMPERature RAdiometer) in order to be able to measure under different observational angles. This new configuration allowed us to change the angle between the observational path and the Earth magnetic field direction. Moreover, a high-resolution spectrometer (1 kHz) was used in order to measure for the first time the polarization state of the radiation due to the Zeeman effect in the main isotopologue of oxygen from ground-based microwave measurements. The measured spectra showed a clear polarized signature when the observational angles were changed, evidencing the Zeeman effect in the oxygen molecule. In addition, simulations carried out with the Atmospheric Radiative Transfer Simulator (ARTS) allowed us to verify the microwave measurements showing a very good agreement between model and measurements. The results suggest some interesting new aspects for research of the upper atmosphere.

Hygroscopic growth of atmospheric aerosol particles based on active remote sensing and radiosounding measurements: selected cases in southeastern Spain

A new methodology based on combining active and passive remote sensing and simultaneous and collocated radiosounding data to study the aerosol hygroscopic growth effects on the particle optical and microphysical properties is presented. The identification of hygroscopic growth situations combines the analysis of multispectral aerosol particle backscatter coefficient and particle linear depolarization ratio with thermodynamic profiling of the atmospheric column. We analyzed the hygroscopic growth effects on aerosol properties, namely the aerosol particle backscatter coefficient and the volume concentration profiles, using data gathered at Granada EARLINET station. Two study cases, corresponding to different aerosol loads and different aerosol types, are used for illustrating the potential of this methodology. Values of the aerosol particle backscatter coefficient enhancement factors range from 2.1 ± 0.8 to 3.9 ± 1.5, in the ranges of relative humidity 60–90 and 40–83%, being similar to those previously reported in the literature. Differences in the enhancement factor are directly linked to the composition of the atmospheric aerosol. The largest value of the aerosol particle backscatter coefficient enhancement factor corresponds to the presence of sulphate and marine particles that are more affected by hygroscopic growth. On the contrary, the lowest value of the enhancement factor corresponds to an aerosol mixture containing sulphates and slight traces of mineral dust. The Hänel parameterization is applied to these case studies, obtaining results within the range of values reported in previous studies, with values of the γ exponent of 0.56 ± 0.01 (for anthropogenic particles slightly influenced by mineral dust) and 1.07 ± 0.01 (for the situation dominated by anthropogenic particles), showing the convenience of this remote sensing approach for the study of hygroscopic effects of the atmospheric aerosol under ambient unperturbed conditions. For the first time, the retrieval of the volume concentration profiles for these cases using the Lidar Radiometer Inversion Code (LIRIC) allows us to analyze the aerosol hygroscopic growth effects on aerosol volume concentration, observing a stronger increase of the fine mode volume concentration with increasing relative humidity.

GROMOS-C, a novel ground-based microwave radiometer for ozone measurement campaigns

Stratospheric ozone is of major interest as it absorbs most harmful UV radiation from the sun, allowing life on Earth. Ground-based microwave remote sensing is the only method that allows for the measurement of ozone profiles up to the mesopause, over 24 hours and under different weather conditions with high time resolution. In this paper a novel ground-based microwave radiometer is presented. It is called GROMOS-C (GRound based Ozone MOnitoring System for Campaigns), and it has been designed to measure the vertical profile of ozone distribution in the middle atmosphere by observing ozone emission spectra at a frequency of 110.836 GHz. The instrument is designed in a compact way which makes it transportable and suitable for outdoor use in campaigns, an advantageous feature that is lacking in present day ozone radiometers. It is operated through remote control. GROMOS-C is a total power radiometer which uses a pre-amplified heterodyne receiver, and a digital fast Fourier transform spectrometer for the spectral analysis. Among its main new features, the incorporation of different calibration loads stands out; this includes a noise diode and a new type of blackbody target specifically designed for this instrument, based on Peltier elements. The calibration scheme does not depend on the use of liquid nitrogen; therefore GROMOS-C can be operated at remote places with no maintenance requirements. In addition, the instrument can be switched in frequency to observe the CO line at 115 GHz. A description of the main characteristics of GROMOS-C is included in this paper, as well as the results of a first campaign at the High Altitude Research Station at Jungfraujoch (HFSJ), Switzerland. The validation is performed by comparison of the retrieved profiles against equivalent profiles from MLS (Microwave Limb Sounding) satellite data, ECMWF (European Centre for Medium-Range Weather Forecast) model data, as well as our nearby NDACC (Network for the Detection of Atmospheric Composition Change) ozone radiometer measuring at Bern.

EARLINET: potential operationality of a research network

In the framework of ACTRIS (Aerosols, Clouds, and Trace Gases Research Infrastructure Network) summer 2012 measurement campaign (8 June–17 July 2012), EARLINET organized and performed a controlled exercise of feasibility to demonstrate its potential to perform operational, coordinated measurements and deliver products in near-real time. Eleven lidar stations participated in the exercise which started on 9 July 2012 at 06:00 UT and ended 72 h later on 12 July at 06:00 UT. For the first time, the single calculus chain (SCC) – the common calculus chain developed within EARLINET for the automatic evaluation of lidar data from raw signals up to the final products – was used. All stations sent in real-time measurements of a 1 h duration to the SCC server in a predefined netcdf file format. The pre-processing of the data was performed in real time by the SCC, while the optical processing was performed in near-real time after the exercise ended. 98 and 79 % of the files sent to SCC were successfully pre-processed and processed, respectively. Those percentages are quite large taking into account that no cloud screening was performed on the lidar data. The paper draws present and future SCC users' attention to the most critical parameters of the SCC product configuration and their possible optimal value but also to the limitations inherent to the raw data. The continuous use of SCC direct and derived products in heterogeneous conditions is used to demonstrate two potential applications of EARLINET infrastructure: the monitoring of a Saharan dust intrusion event and the evaluation of two dust transport models. The efforts made to define the measurements protocol and to configure properly the SCC pave the way for applying this protocol for specific applications such as the monitoring of special events, atmospheric modeling, climate research and calibration/validation activities of spaceborne observations.

Die Wahlumtriebe der Regierung und der Reaction: Täglich veröffentlicht der Staatsanzeiger eine Anzahl von Adressen ...

Welsch (Projektbearbeiter): Die oktroyierte Verfassung wird von der ganz überwiegenden Mehrheit der Bevölkerung abgelehnt. Reaktionäre Beamte und Landräte sind fast sämtlich noch im Amt, die wenigen freisinnigen jedoch werden ihres Amtes enthoben. Die bevorstehenden Wahlen sind weder frei noch gleich, Parlamentarier der ehemaligen Nationalversammlung, die sich zur Wiederwahl stellen, sind Verleumdungen und Verdächtigungen ausgesetzt. Warnung vor der reaktionären Presse, die nur die Interessen der Aristokraten, Bürokraten, Beamten, Vornehmen und Reichen vertritt. Aufruf, die Verfechter der Unabhängigkeit und Freiheit des Volkes zu wählen

Effekte des generischen Maskulinums und alternativer Sprachformen auf den gedanklichen Einbezug von Frauen

In der feministischen Linguistik wird angenommen, daß maskuline Bezeichnungen, die generisch benutzt werden (Bezeichnungen von Personen beiderlei Geschlechts durch die maskuline Form, wie z.B. die Wissenschaftler, die Studenten), weibliche Personen weniger vorstellbar oder sichtbar machen als männliche Personen. Verschiedene experimentelle Untersuchungen konnten diese Annahme für den englischen Sprachraum bestätigen. Für die deutsche Sprache existieren dagegen bislang sehr wenige Studien zu dieser Frage. Es werden vier Experimente vorgestellt, die untersuchen, ob unterschiedliche Sprachversionen - ,Beidnennung‘ (Studentinnen und Studenten), ,Neutral‘ (Studierende), ,Generisches Maskulinum‘ (Studenten) und “Großes I“ (StudentInnen) - den gedanklichen Einbezug von Frauen beeinflussen. Über alle Experimente hinweg zeigte sich, daß bei Personenreferenzen im generischen Maskulinum ein geringerer gedanklicher Einbezug von Frauen zu beobachten war als bei alternativen Sprachformen wie der Beidnennung oder dem “Großen I“ (z.B. seltenere Nennungen von beliebten weiblichen Persönlichkeiten oder von politischen Kandidatinnen für das Amt des Bundeskanzlers/der Bundeskanzlerin der BRD).

Die Wahlumtriebe der Regierung und der Reaction : Täglich veröffentlicht der Staatsanzeiger eine Anzahl von Adressen ...

Welsch (Projektbearbeiter): Die oktroyierte Verfassung wird von der ganz überwiegenden Mehrheit der Bevölkerung abgelehnt. Reaktionäre Beamte und Landräte, die 'eifrigsten Diener des Absolutismus', sind fast sämtlich noch im Amt, die wenigen freisinnigen jedoch werden ihres Amtes enthoben. Die bevorstehenden Wahlen sind weder frei noch gleich, Parlamentarier der ehemaligen Nationalversammlung, die sich zur Wiederwahl stellen, sind Verleumdungen und Verdächtigungen ausgesetzt. Warnung vor der reaktionären Presse, die nur die Interessen der Aristokraten, Bürokraten, Beamten, Vornehmen und Reichen vertritt. Aufruf, die Verfechter der Unabhängigkeit und Freiheit des Volkes zu wählen

Proclamation: Die deutsche National-Versammlung in Frankfurt hat mich zum Reichsverweser erwählt ...

Welsch (Projektbearbeiter): Erzherzog Johanns Erklärung an die österreichische Bevölkerung, das ihm übertragene Amt des Reichsverwesers anzunehmen und mit der nach Wien entsandten Deputation der Nationalversammlung nach Frankfurt/Main zu gehen. Bekenntnis zur Einheit Deutschlands

Gas adsorption and desorption effects on cylinders and their importance for long-term gas records

It is well known that gases adsorb on many surfaces, in particular metal surfaces. There are two main forms responsible for these effects (i) physisorption and (ii) chemisorption. Physisorption is associated with lower binding energies in the order of 1–10 kJ mol−¹, compared to chemisorption which ranges from 100 to 1000 kJ mol−¹. Furthermore, chemisorption only forms monolayers, contrasting physisorption that can form multilayer adsorption. The reverse process is called desorption and follows similar mathematical laws; however, it can be influenced by hysteresis effects. In the present experiment, we investigated the adsorption/desorption phenomena on three steel and three aluminium cylinders containing compressed air in our laboratory and under controlled conditions in a climate chamber, respectively. Our observations from completely decanting one steel and two aluminium cylinders are in agreement with the pressure dependence of physisorption for CO₂, CH₄, and H₂O. The CO₂ results for both cylinder types are in excellent agreement with the pressure dependence of a monolayer adsorption model. However, mole fraction changes due to adsorption on aluminium (< 0.05 and 0 ppm for CO₂ and H₂O) were significantly lower than on steel (< 0.41 ppm and about < 2.5 ppm, respectively). The CO₂ amount adsorbed (5.8 × 1019 CO₂ molecules) corresponds to about the fivefold monolayer adsorption, indicating that the effective surface exposed for adsorption is significantly larger than the geometric surface area. Adsorption/desorption effects were minimal for CH₄ and for CO but require further attention since they were only studied on one aluminium cylinder with a very low mole fraction. In the climate chamber, the cylinders were exposed to temperatures between −10 and +50 °C to determine the corresponding temperature coefficients of adsorption. Again, we found distinctly different values for CO₂, ranging from 0.0014 to 0.0184 ppm °C−¹ for steel cylinders and −0.0002 to −0.0003 ppm °C−¹ for aluminium cylinders. The reversed temperature dependence for aluminium cylinders points to significantly lower desorption energies than for steel cylinders and due to the small values, they might at least partly be influenced by temperature, permeation from/to sealing materials, and gas-consumption-induced pressure changes. Temperature coefficients for CH₄, CO, and H₂O adsorption were, within their error bands, insignificant. These results do indicate the need for careful selection and usage of gas cylinders for high-precision calibration purposes such as requested in trace gas applications.

Unter dem 6. dieses Monates hat es einem gewissen Verfasser "des Rathschlages": "Wie muß man Nationalgarden exercieren" beliebt ...

Welsch (Projektbearbeiter): Verwahrung des Oberkommandierenden der Wiener Nationalgarde Graf Hoyos gegen das Gerücht, er habe die Absicht, sein Amt der freien Wahl der Garden anheimzustellen