6,366 research outputs found
Exploring the Effects of a High-Fat Diet and Gut Microbiomes on RIP140 Knockdown Mice Resistant to Diet Induced Type II Diabetes
No full textFaculty advisor: Li-Na WeiThis research was supported by the Undergraduate Research Opportunities Program (UROP).Jensen, Jacob. (2016). Exploring the Effects of a High-Fat Diet and Gut Microbiomes on RIP140 Knockdown Mice Resistant to Diet Induced Type II Diabetes. Retrieved from the University Digital Conservancy, https://hdl.handle.net/11299/181095
Das indische Schattentheater bearbeitet von Georg Jacob, Hans Jensen, Hans Losch. (Das orientalische Schattentheater her. von G. Jacob und P. Kahle, zweiter Band), 1931
No full textRenou Louis. Das indische Schattentheater bearbeitet von Georg Jacob, Hans Jensen, Hans Losch. (Das orientalische Schattentheater her. von G. Jacob und P. Kahle, zweiter Band), 1931. In: Journal des savants, Août-octobre 1932. pp. 378-379
June 4, 1910 Page one Class 1910 graduates Thursday Candidate Claypool in city Minnesota brought big passenger list Capt. Jacob Jensen dies at San Francisco<b4r>
No full textClaypool, C. E.; Jensen, Jacob;steamer Minnesota
Integreret arealplanlægning i landbrugsområder: Udpegning af kvælstoffølsomme arealer
No full textOne of the biggest environmental problems in Denmark is the excess supply of nitrate to nature, primarily caused by the agricultural sector. This has resulted in poor conditions of aquatic and terrestrial habitats and a reduction in drinking water quality. Since the mid-1980s, the regulation of nitrate leaching has been based on general claims in danish laws, but new demands from the EU Water Frame Directive mean that there is a need for a more targeted environmental effort. Based on stronger legal regulations to protect nature, the aim of this project is to investigate how land use management can consider both environmental and agricultural interests through an Integrated land use management in rural areas. The small arable catchment Odderbæk in Northern Jutland is used as a case study with the aim to improve the environmental effort through a mapping of those areas that contribute to the nitrate supply to stream Odderbæk. A groundwater model was used to quantify the transport of nitrate from the root zone of the fields to the stream. By taking into account the reduction of nitrate in the oxygen-free part of the saturated zone (redox front) and in peat soil, it was possible to calculate a relationship between the amount of nitrate leaching from the root zone and the nitrate supply to the stream. Studies have shown that 75 % of the nitrate that is leached from the root zone is reduced between root zone and stream. The model calculations show that 60 % of the reduction occurs in the redox front and 40 % is caused by reduction in peat soil. Nitrate from drained areas and areas close to the stream provide the main nitrate supply to Odderbæk, while areas further away from Odderbæk do not provide any nitrate to the stream. The time delay that occurs between nitrate leaching from the root zones of the fields and nitrate input to the stream has been taken into account by using time corrected model calculations, which show that it is possible to simulate the nitrate supply to Odderbæk year by year. The model calculations have been used to set up scenarios that show the environmental effects of altered land use. Scenario 1 shows that a differentiation in land use by extensification of areas close to Odderbæk and intensifying the rest of the catchment can result in a 5 % reduction of the nitrate input to the stream without yield loss. Scenario 2 shows that extensifying areas that provides more than 70 kg nitrate/ha/year can result in a reduction of the nitrate supply to Odderbæk by 40 %. Scenario 3 shows that removing drains results in a higher nitrate reduction in peat soil and extensification that reduces the nitrate supply by 34 – 50 %. Implementing the principles of this method may be an administrative and economic challenge, because it is contrary to the general regulation. However, to improve the model, the method should furthermore include other aspects of land use management such as biodiversity, climate change, recreational interest, etc
Rassendenken und Rassismus im 18. Jahrhundert
No full textDie Diskussionsreihe „Kant – Ein Rassist?“ widmet sich aus verschiedenen wissenschaftlichen Perspektiven der titelgebenden Frage. Die vierte von sechs Folgen beleuchtet das Verhältnis zwischen Rassedenken und Rassismus im 18. Jahrhundert aus historischer Perspektive. Vor diesem Hintergrund werden die Position und die Bedeutung Kants in der damaligen zeitgenössischen Diskussion bestimmt. Die interdisziplinäre Diskussion nimmt auch zu aktuellen politischen Fragen aus philosophischer, soziologischer und feministischer Perspektive Stellung. Das Impulsreferat hält Uffa Jensen, Heissenberg-Professor am Zentrum für Antisemitismusforschung der Technischen Universität Berlin. Uffa Jensen forscht zur Wissenschaftsgeschichte der Psychowissenschaften, der transnationalen Geschichte und der modernen Emotionsgeschichte. Die erste Replik hält Andrew Wells, Geschichtswissenschaftler an der Universität Dresden mit den Forschungsschwerpunkten des Rassismus, des Rassedenkens und der Geschichte der Sklaverei. Die zweite Replik stammt von Jacob Mabe, Professor für Philosophie und Vorsitzender der Anton-Wilhelm-Amo-Gesellschaft. In der anschließenden Diskussion knüpfen Ruth Hagengruber, Gerald Hartung, Natasha A. Kelly, Hannah Peaceman, Miriam Rabe, Johanna Strunge und Karolin-Sophie Stüber an die Vorträge an und erweitern die Perspektive. Durch die Sitzung führt Andrea Esser. Der Impulsvortrag von Uffa Jensen beginnt ab Minute 4:20. Die Replik von Andrew Wells beginnt ab Minute 32:10. Die Replik von Jacob Mabe beginnt ab Minute 44:10. Uffa Jensen antwortet ab Minute 56:24 kurz auf die beiden Repliken. Die allgemeine Diskussion startet ab Minute 61:20
Laboratory power supply
No full textProjektet er et bachelor projekt, udført af Jacob L. Jürgensen, og Magnus M. Jensen, i samarbejde med DEIF A/S. Projektet går ud på at lave en laboratorie spændingsforsyning, og konstantsstrømsgenerator som er EMC resistent. Omfanget af projektet var større end forventet, derfor er design af spændingsforsyningen prioriteret.Gennem rapporten vil relevant teori, som EMC teori, blive beskrevet, og udregninger beskrives. Der vil også blive gennemgået forskellige løsningsmuligheder, og med vurdering af bedst anvendlige konstruktionsløsninger til opgaven. Løsningen blev at lave et klasse D udgangstrin, med fokus på diskrete MOSFET drivere, og et veldesignet udgangsfilter. Målinger på konstruktionen, som blev bygget som open-loop løsning, stemmer overens med forudgående simuleringer og beregninger.The project is a bachelor project, carried out by Jacob L. Jürgensen, and Magnus M. Jensen, in collaboration with DEIF A / S. The project involves making a laboratory voltage supply and a constant current generator which is EMC resistant. The scope of the project was larger than expected, therefore the design of the power supply is a priority.Throughout the report, relevant theory, such as EMC theory, will be described and calculations will be described. Various solution options will also be reviewed, and with an assessment of the best usable construction solutions for the task.The solution was to make a class D output stage, focusing on discrete MOSFET drivers, and a well-designed output filter. Measurements on the construction, which was built as an open-loop solution, are consistent with previous simulations and calculations
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