Loading...
Search for: akram--r
0.008 seconds

    IoT-based intelligent source–load–storage coordination scheme for prosumer campus microgrids

    , Article Frontiers in Energy Research ; Volume 10 , 2022 ; 2296598X (ISSN) Abdul Muqeet, H ; Shahzad, M ; Shehzad, M ; Akhter, J ; Almohaimeed, Z. M ; Akram, R ; Hussain, M. M ; Sharif University of Technology
    Frontiers Media S.A  2022
    Abstract
    Electrical energy is very necessary for human life in the modern era. The rising energy prices, depletion of fossil fuels, and instability of the grid are alarming situations. So, it needs a smart solution to ensure the balance between pricing and saving natural resources. Some other issues like environmental change, limitations on installation of new transmission lines, reliability concerns, and considering the expansion in distributed energy generation technologies promise the implementation of distributed generation extensively. The integration of two or more energy supplies in a power system is known as distributed energy resource system. In this study, a university campus is taken as a... 

    The set-up of a high temperature superconductor radio-frequency SQUID microscope for magnetic nanoparticle detection

    , Article Superconductor Science and Technology ; Volume 19, Issue 5 , 2006 , Pages S261-S265 ; 09532048 (ISSN) Schmidt, M ; Krause, H. J ; Banzet, M ; Lomparski, D ; Schubert, J ; Zander, W ; Zhang, Y ; Akram, R ; Fardmanesh, M ; Sharif University of Technology
    2006
    Abstract
    SQUID (superconducting quantum interference device) microscopes are versatile instruments for biosensing applications, in particular for magnetic nanoparticle detection in immunoassay experiments. We are developing a SQUID microscope based on an HTS rf SQUID magnetometer sensor with a substrate resonator. For the cryogenic set-up, a configuration was realized in which the cryostat is continuously refilled and kept at a constant liquid nitrogen level by an isolated tube connection to a large liquid nitrogen reservoir. The SQUID is mounted on top of a sapphire finger, connected to the inner vessel of the stainless steel cryostat. The vacuum gap between the cold SQUID and room temperature... 

    Epidemiology and patho-physiological studies in trypanosoma evansi infected camels and buffaloes in Pakistan

    , Article Pakistan Journal of Agricultural Sciences ; Volume 58, Issue 2 , 2021 , Pages 711-718 ; 05529034 (ISSN) Hussain, R ; Mehmood, K ; Abbas, R. Z ; Khan, I ; Siddique, A. B ; Masood, S ; Qadir, M.S ; Ishaq, H. M ; Akram, R ; Ghori, M.T ; Khan, A ; Tayyib, M ; Sharif University of Technology
    University of Agriculture  2021
    Abstract
    This study describes some epidemiological and patho-physiological aspects of Trypanosoma evansi (causative agent of “surra”) infection in camels (n=255) and Nili Ravi buffaloes (n=233). Clinical ailments like fever, shivering, edema of pads and urticarial swelling were observed in infected animals. Overall prevalence of T. evansi infection in buffaloes was 9.01 and 15.12% based on blood smear examination and PCR, respectively, while in camels, the prevalence was 10.58 and 15.29% based on smear examination and PCR, respectively. Results on epidemiological data did not indicate significant association of different factors of hosts with prevalence of T. evansi. Hematological parameters...