1,199 research outputs found
Multimodal Dataset of Kickstarter Projects: Text, Speech, and Visual Emotion Features
No full text<p>The repository contains data from 20,000 Kickstarter projects. Specifically, it includes the HTML files of these projects, along with the analytical results obtained using LIWC for textual and transcribed speech content, and the Microsoft Emotion API for assessing facial emotional expressions in images and pitch videos. This dataset was utilized in the following research paper and dissertation:<br><br>Raab, M.; Schlauderer, S.; Overhage, S.; Friedrich, T.: More than a Feeling: Investigating the Contagious Effect of Facial Emotional Expressions on Investment Decisions in Reward-Based Crowdfunding. In: Decision Support Systems 135 (2020).<br>Raab, M.: The Effects of Affective Cues on the Performance of Reward-Based Crowdfunding Projects: Theoretical Foundations and Empirical Evidence. Dissertation. Otto-Friedrich-Universität Bamberg, Bamberg 2025.</p>
Assessment of glycosylation patterns in human chorionic gonadotropin drug products
No full textthesis author: Maximilian LebedeMasterarbeit University of Salzburg 2019Abstract in deutscher und englischer Sprach
Axiale Drehmomentenmessung in der Einschneckenextrusion
No full textAuthor DI Maximilian Prechtl BScAbweichender Titel laut Übersetzung der Verfasserin/des VerfassersDissertation Johannes Kepler Universität Linz 2022Arbeit gesperr
Phase-locked multi-terahertz electric fields exceeding 13 MV/cm at a 190 kHz repetition rate
No full textKnorr, Matthias; Raab, Jürgen; Tauer, Maximilian; Merkl, Philipp; Peller, Dominik; Wittmann, Emanuel; Riedle, Eberhard; Lange, Christoph; Huber, Ruper
In defense of St. Maximilian the Theologian
No full textThe author disagrees with opinions of certain theologians which refuse St. Maximilian the title of Theologian. In his thinking coming from the concept of theology being understood from the Slovian root word − Bogo-słowije, which is equal to the Greek Theo-logia; in analogy – theology means: God’s Word Bogosłow (gr. Theologos). On the basis of Fr. Kolbe’s writings, the author proves his point that not only can St. Maximilian be counted as a theologian, but also among the elite group of the Three Theologians. A Theologian is not only a person „learned in Scriptures”, but a mystic, a person who comes to know God through contemplation, which does not come without the intellect’s part also. The main „instrument” of knowledge of God is prayer. Prayer brings a person to divinization. With divinization (sanctification), full human knowledge and being are realized. A person reaches his/her fullness – completeness in one’s ability; „touches” the theological reality. It is the most intimate sphere for human knowledge as well as human existence. St. Maximilian, similar to the great Theologians − St.John Theologian, author of „Tractate” about the Logos (J 1, 1–14) plus the well-known followers: St. Gregory Nazian, St. Simon the New Theologian – who belong to this very „category” of Theologians. Also his theology is based on becoming holy = divinization (sanctification). A Theologian is a person who is prayerful, contemplating the vision of God, and not just a scholar who aims for a university position and teaching career. St. Maximilian was such a person: he was a Theologian in the fullest sense of the meaning
Synthesis and evaluation of half-sandwich manganese complexes in [2+2+2] cycloaddition reactions
No full textAuthor Maximilian BayerMasterarbeit Johannes Kepler Universität Linz 2025Arbeit nach Ablauf der Sperre auf den öffentlichen PCs in den Bibliotheken der JKU+Medizin abrufba
Structural analysis and optimization of a tethered swept wing for airborne wind energy generation (vol 23, pg 1006, 2020): Structural analysis and optimization of a tethered swept wing for airborne wind energy generation (Wind Energy, (2020), 23, 4, (1006-1025), 10.1002/we.2469)
No full textIn Candade et al,1 the authors would like to correct the affiliations of Maximilian Ranneberg2 and Roland Schmehl1.Wind Energ
The Entry of Maximilian II into Vienna in 1552
No full textThe work deals with the entry of Maximilian II into Vienna in May 1552. The work is based on theoretical suggestions of sociology, and by the range of examined questions it endorses attitudes of historic anthropology. The entry is analyzed on the basis of Barbara Stollberg-Rillinger methodological starting points. She understands the early modern period rituals as a symbolic communication area in which the hierarchy of society is mirrored. Research in Habsburg entries in the 16th century carried out by Václav Bůžek served for the comparison. The search was based on three Latin pieces written by two different authors dealing with the entry topic. The methodical and source attitudes are introduced in the first chapter. The entry is described as a subject of historic search and there is provided an outline of the historiography view on Maximilian II. The next chapter describes, on the basis of work with literature and the analysis of sources, the journey from Spain to Vienna. The next chapter represents the core of the work in which the creation of a picture of distinguished persons mentioned in the sources, especially Maximilian II, his wife Marry of Spain, and an important person in Maximilian{\crq}s escord Adam of Dietrichstein, is examined. The pieces authors{\crq} attitudes to the Turkish imperia are indicated at the same time. In the picture attachment a selection of Maximilian II portraits is provided. In these the identical elements with the ruler{\crq}s description submitted in the analyzed sources are searched. The conclusion of the work summarizes the results of the search. From the author{\crq}s point of view, the searched entry did not differ from the series of Habsburg fests. In the sources Maximilian II is celebrated as a member of a distinguished ancestry with an exceptional nobleness, a patron of art and a conqueror of Turks who is protected by a fairy hand
ElektraInitiative/libelektra: 0.9.13 Release
No full textguid: e8fd116d-12ab-4281-aaf3-b6441056dd63
author: Mihael Pranjić
pubDate: Tue, 14 Mar 2023 10:05:11 +0100
shortDesc: Bugfix, Ubuntu Packages
We are proud to release Elektra 0.9.13.
What is Elektra?
Elektra serves as a universal and secure framework to access configuration settings in a global, hierarchical key database.
For more information, visit https://libelektra.org.
You can also read the news on our website.
You can try out the latest Elektra release using our docker image elektra/elektra.
This is the quickest way to get started with Elektra without compiling and other obstacles, simply run:
docker pull elektra/elektra
docker run -it elektra/elektra
Highlights
The main purpose of this bugfix release is to fix a regression (#4859) introduced in Elektra 0.9.12.
We added fresh Ubuntu Jammy Jellyfish (22.04 LTS) and Kinetic Kudu (22.10) packages.
Please refer to the Elektra 0.9.12 release notes for a complete list of changes. Due to breaking changes since 0.9.11 we highly recommend to read the upgrade instructions.
Plugins
The following text lists news about the plugins we updated in this release.
spec
Add hook placement to spec plugin in README (Tomislav Makar @tmakar)
gopts
Add hook placement to gopts plugin in README (Tomislav Makar @tmakar)
internalnotifications
Add Maximilian Irlinger as maintainer (Maximilian Irlinger @atmaxinger)
logchange
Add Maximilian Irlinger as maintainer (Maximilian Irlinger @atmaxinger)
dbus
Add Maximilian Irlinger as maintainer (Maximilian Irlinger @atmaxinger)
Libraries
The text below summarizes updates to the C (and C++)-based libraries of Elektra.
tools
Check for hook placement on plugin-check (Tomislav Makar @tmakar)
merge
Add Maximilian Irlinger as maintainer (Maximilian Irilnger @atmaxinger)
Documentation
.github rework (Markus Raab)
Added hook to placements contract in CONTRACT.ini (Tomislav Makar @tmakar)
Added hook information to hooks.md
Add correct error code in hosts readme (Tomislav Makar)
Build
CMake
Add infos/maintainer in plugins. (Maximilian Irlinger @atmaxinger)
Docker
Add Ubuntu Jammy Jellyfish (22.04 LTS) images. (Mihael Pranjić @mpranj)
Add Ubuntu Kinetic Kudu (22.10) images. (Mihael Pranjić @mpranj)
Infrastructure
Jenkins
Add Ubuntu Jammy Jellyfish (22.04 LTS) builds and drop Bionic builds. (Mihael Pranjić @mpranj)
Add Ubuntu Kinetic Kudu (22.10) builds. (Mihael Pranjić @mpranj)
Outlook
We are currently working on following topics:
1.0 API (Klemens Böswirth @kodebach) and (Stefan Hanreich)
Session recording and better Ansible integration (Maximilian Irlinger @atmaxinger)
Change tracking (Maximilian Irlinger @atmaxinger)
Rewriting tools in C (@hannes99)
Elektrify KDE and GNOME (Mihael Pranjić @mpranj)
Elektrify XFCE (Richard Stöckl @Eiskasten)
Mounting SQL databases (Florian Lindner @flo91)
Recording Configuration (Maximilian Irlinger)
Ansible-Elektra (Lukas Hartl) and (Maximilian Irlinger)
Configure Olimex Base Images (Maximilian Irlinger)
Improving Build Server Infrastructure (Lukas Hartl) and (Maximilian Irlinger)
Improve Java Development Experience (Michael Tucek)
Statistics
We closed 5 issues for this release.
About 7 authors changed 35 files with 1186 insertions(+) and 534 deletions(-) in 48 commits.
Thanks to all authors for making this release possible!
Join the Initiative!
We welcome new contributors!
Read here about how to get started.
As first step, you could give us feedback about these release notes.
Contact us via our issue tracker.
Get the Release!
You can download the release from
here or
GitHub
The hashsums are:
name: elektra-0.9.13.tar.gz
size: 9297899
md5sum: 871eaaad39bc834ceb7fb42cb8de66f0
sha1: 68984021d08500693d692c2cb61eb3409fe75226
sha256: 9b7512d493c284afcca9875d093081c85c4cfe4926dea193202fbdc5fe89b468
The release tarball is also available signed using GnuPG from
here or
GitHub
The following GPG Key was used to sign this release: 12CC44541E1B8AD9B66AFAD55262E7353324914A
Already built API documentation can be found
here or
GitHub.
Stay tuned!
Subscribe to the RSS feed to always get the release notifications.
If you also want to participate, or for any questions and comments, please contact us via our issue tracker on GitHub.
Permalink to this NEWS entry
For more information, see https://libelektra.org.
Best regards,
Elektra Initiativ
Resolving reaction dynamics on a single catalytic particle
No full textIn heterogeneous catalysis, metal nanoparticles serve as the active centers for a wide range of industrially important reactions. Their bonding to the support, together with their chemical composition and morphology, determines catalytic performance. Gaining a detailed understanding of these local properties and their interactions within multicomponent systems is thus crucial for the rational development of new catalysts. However, while catalytic activity and selectivity are typically assessed using ensemble-averaged measurements, experimental techniques that enable direct observation of catalytic processes on a single nanoparticle remain limited. Only a small number of methods allow in situ or operando visualization of catalytic reaction dynamics at the nanoscale [1]. Here, we introduce a microscopy-based approach that utilizes the apex of a metallic nanotip as a well-defined model system emulating the surface of a spherical catalytic nanoparticle (r < 20 nm) [2].
By imaging, and analyzing the spatio-temporal dynamics of hydrogen oxidation on Rh, we directly probe structure-activity relations, lateral interactions within individual particles, and the emergent cooperative behavior between active sites. From these experimental findings, the mechanisms underlying lateral communication were deduced and further elucidated through microkinetic simulations employing two-dimensional oscillator grids [2-5]. By systematically varying particle size and geometry, as well as external reaction parameters such as temperature and reactant partial pressures, distinct spatio-temporal reaction patterns can be selectively established and reversibly interconverted. This degree of tunable control over reaction dynamics at the nanoscale provides new opportunities for optimizing catalytic systems by revealing reaction phenomena that have remained inaccessible with conventional approaches.
References:
[1] C. Vogt, B. M. Weckhuysen, Nat. Rev. Chem. 2022, 6, 89.[2] J. Zeininger et al. ACS Catal. 2021, 11, 10020–10027. [3] Y. Suchorski, J. Zeininger, S. Buhr, M. Raab, M. Stöger-Pollach, J. Bernardi, H. Grönbeck, G. Rupprechter, Science 2021, 372, 1314–1318. [4] M. Raab, J. Zeininger, Y. Suchorski, A. Genest, C. Weigl, G. Rupprechter, Nat. Commun. 2023, 14, 7186. [5] M. Raab, J. Zeininger, Y. Suchorski, K. Tokuda, G. Rupprechter, Nat. Commun. 2023, 14, 736
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