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Poročilo o podaljšanju akreditacije univerzitetnih študijskih programov druge stopnje »Analiza evropske socialne politike«, »Diplomacija«, »Družboslovna informatika«, »Etnične študije«, »Evropske študije«, »Kulturologija – kulturne in religijske študije«, »Mediji in pravo«, »Mednarodni odnosi«, »Novinarske študije«, »Obramboslovje«, »Odnosi z javnostmi«, »Politologija – balkanske študije«, »Politologija – politična teorija«, »Strateško tržno komuniciranje«, »Svetovne študije«, »Upravljanje javnih in neprofitnih organizacij« in »Varnostne vede«
Ana Pleško, Bogomir Mihevc, Anthony Fisher Camillieri, Kenton Lewis, Peter Purg, 2016, expertise, arbitration decision

Abstract: Skupina strokovnjakov je sklep o imenovanju in gradivo za presojo prejela16. 1. 2015. Obisk zavoda je bil opravljen med 3. in 6. marcem2015 in je potekal po urniku, ki je bil usklajen z vodstvom visokošolskega zavoda. Skupina strokovnjakov je na pripravljalnem sestanku, ki je potekal dne 17. 2. 2015, uskladila vsebinska in organizacijska izhodišča za evalvacijski obisk. Pregledano gradivo je vsebovalo dokumente, ki so predvideni v Merilih za akreditacijo in zunanjo evalvacijo visokošolskih zavodov in študijskih programov (v nadaljevanju: Merila za akreditacijo). Skupina strokovnjakov je z elektronsko komunikacijo in pripravljalnim sestankom izvedlapriprave na obisk in kasneje pripravila skupno poročilo o podaljšanju akreditacije študijskih programov. V razgovorihna obisku so sodelovali: - vodstvo fakultete (dekan, prodekani, tajnik, predsednica komisije za kakovost), - člani Komisije za samoocenjevanje kakovosti in Komisije za akreditacijo in razvoj študijskih programov, - skrbniki presojanih programov, - učitelji presojanih programov,- študenti presojanih programov, -študenti funkcionarj-predstavniki delodajalcev in diplomantov presojanih programov - predstavniki strokovnih služb zavoda, - predstavniki Komisije za študijske zadeve, Komisije za učbenike, Habilitacijske komisije, Komisije za varstvo pravic delavcev, Disciplinske komisije, Komisije za spremembo pravil in Komisije za etiko. Skupini strokovnjakov so bili zagotovljeni odlični pogoji za delo. Omogočen ji je bil vpogled v ključne dejavnosti fakultete in vso potrebno dokumentacijo. Organiziran je bil ogled prostorov fakultete. Omogočen je bil tudi dostop do intranetnih strani fakultete in spletnih učilnic. Na podlagi vseh predloženih dokumentov in informacij, pridobljenih v razgovorih z izbranimi skupinami izpraševancev, je skupina strokovnjakov oblikovala sklepne ugotovitve, ki jih je ob koncu obiska predstavila vsem zainteresiranim deležnikom. Večina pogovorov je potekala v angleškem jeziku. Pri celotnem poteku evalvacijskega obiska je bil prisoten tolmač.
Found in: osebi
Keywords: presoja, kakovost, FDV UL, družbene vede
Published: 06.07.2016; Views: 3353; Downloads: 0

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The new instrument using a TC–BC (total carbon–black carbon) method for the online measurement of carbonaceous aerosols
Martin Rigler, Luka Drinovec, Gašper Lavrič, Anastasia Vlachou, André S. H. Prévôt, Jean-Luc Jaffrezo, Iasonas Stavroulas, Jean Sciare, Judita Burger, Irena Krajnc, Janja Turšič, Anthony D. A. Hansen, Griša Močnik, 2020, original scientific article

Abstract: We present a newly developed total carbon analyzer (TCA08) and a method for online speciation of carbonaceous aerosol with a high time resolution. The total carbon content is determined by flash heating of a sample collected on a quartz-fiber filter with a time base between 20 min and 24 h. The limit of detection is approximately 0.3 µg C, which corresponds to a concentration of 0.3 µg C m−3 at a sample flow rate of 16.7 L min−1 and a 1 h sampling time base. The concentration of particulate equivalent organic carbon (OC) is determined by subtracting black carbon concentration, concurrently measured optically by an Aethalometer®, from the total carbon concentration measured by the TCA08. The combination of the TCA08 and Aethalometer (AE33) is an easy-to-deploy and low-maintenance continuous measurement technique for the high-time-resolution determination of equivalent organic and elemental carbon (EC) in different particulate matter size fractions, which avoids pyrolytic correction and the need for high-purity compressed gases. The performance of this online method relative to the standardized off-line thermo-optical OC–EC method and respective instruments was evaluated during a winter field campaign at an urban background location in Ljubljana, Slovenia. The organic-matter-to-organic-carbon ratio obtained from the comparison with an aerosol chemical speciation monitor (ACSM) was OM/OC=1.8, in the expected range.
Found in: osebi
Keywords: total carbon, aeroosl, black carbon, carbonaceous matter
Published: 17.08.2020; Views: 1459; Downloads: 45
.pdf Fulltext (226,45 KB)

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Monte Carlo simulations of the ISS-CREAM instrument
Jon Paul Lundquist, L. Eraud, L. Derome, M. Copley, M. Chung, G. H. Choi, N. Anthony, D. Angelaszek, Y. Amarea, J. Wu, 2019, published scientific conference contribution

Abstract: Cosmic Ray Energetics and Mass for the International Space Station (ISS-CREAM) is designed to directly measure the energy spectra of high-energy cosmic rays, encompassing proton to iron nuclei, over the energy range from 1012 to 1015 eV [1]. The capability to measure an extended energy range enables us to probe the origin and acceleration mechanisms of cosmic rays. The ISS-CREAM instrument is configured with the balloon-borne CREAM calorimeter (CAL) for energy measurements and four layers of a finely segmented Silicon Charge Detector (SCD) for charge measurements. In addition, two new compact detectors have been developed for electron/proton separation: Top and Bottom scintillator-based counting detectors (TCD/BCD) and a boronated scintillator detector (BSD). Simulations use the GEANT3 package [2] with the FLUKA hadronic model [3]. An isotropic event generator was developed for the ISS-CREAM geometry with particles incident from the upper hemisphere. We will present simulation results regarding ISS-CREAM performance, including trigger rates, energy resolution, energy response, tracking resolution, charge efficiency, etc.
Found in: osebi
Keywords: instrumentations, detectors, Monte Carlo
Published: 05.02.2021; Views: 1056; Downloads: 0
.pdf Fulltext (1,04 MB)

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On-orbit performance of the ISS-CREAM SCD
D. Angelaszek, G. H. Choi, Y. Amarea, N. Anthony, M. Chung, M. Copley, L. Derome, L. Eraud, C. Falana, Jon Paul Lundquist, 2019, published scientific conference contribution

Abstract: The Cosmic Ray Energetic And Mass for the International Space Station (ISS-CREAM) experiment is designed for precision measurements of energy spectra and elemental composition of cosmic rays. It was launched and installed on the ISS in August 2017. The Silicon Charge Detector (SCD), placed at the top of the ISS-CREAM payload, consists of 4 layers with a total of 10,752 silicon pixels which have 1.37 × 1.57 cm^2 size each. Each layer is arranged in such a fashion that its active detection area of 78 × 74 cm^2 is free of any dead area. The SCD 4-layer configuration was chosen to achieve the best precision in measuring the charge of cosmic rays from proton to iron nuclei with a charge resolution of 0.1 − 0.3e. We will present its on-orbit performance and operation status on the ISS since the launch.
Found in: osebi
Keywords: instrumentations, high energy cosmic rays, particle detectors
Published: 08.02.2021; Views: 1036; Downloads: 0
.pdf Fulltext (1,82 MB)

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ISS-CREAM flight operation
D. Angelaszek, K. C. Kim, Y. Amarea, N. Anthony, G. H. Choi, M. Chung, M. Copley, L. Derome, L. Eraud, C. Falana, Jon Paul Lundquist, 2019, published scientific conference contribution

Abstract: The Cosmic Ray Energetics And Mass experiment for the International Space Station (ISS-CREAM) is designed and built to measure the elemental energy spectra of cosmic-ray particles (1 ≤ Z ≤ 26) and electrons. It measures the energy of incident cosmic rays from 10^12 to 10^15 eV. ISS-CREAM was launched and deployed to the ISS in August 2017. The Science Operations Center (SOC) at the University of Maryland has been operating the payload on the International Space Station (ISS) in coordination with the Payload Operations Integration Center (POIC) at NASA’s Marshall Space Flight Center. The SOC has been responsible for sending commands to and receiving data from the Science Flight Computer (SFC) on board ISS-CREAM. The ISS-CREAM data taking program interfaces with the POIC using the Telescience Resources Kit through the Software Toolkit for Ethernet Lab-Like Architecture developed by the Boeing Company. The command uplink and data downlink have been through the Track-ing and Data Relay Satellite System. We present the ISS-CREAM flight operations including ISS communications, SFC performance, etc.
Found in: osebi
Keywords: instrumentations, high energy cosmic rays, particle detectors
Published: 08.02.2021; Views: 990; Downloads: 0
.pdf Fulltext (1,19 MB)

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