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    1. University of Applied Sciences Erfurt
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    Materials Engineering Lab

    Materials Engineering Lab In this laboratory, selected materials testing procedures are carried out. Properties of materials and how these relate to the condition of the material are measured. Non-destructive materials testing - ultrasound/ ionizing radiation Testing impact strength/brittleness beha

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    1. University of Applied Sciences Erfurt
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    3. Central Facilities
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    5. Centre of Fundamental Studies
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    7. Labs in the Centre for Fundamental Studies

    Materials Engineering

    Materials Engineering Lab Selected materials testing procedures are carried out in the Materials Engineering lab. Key material parameters are measured together with their relationship to the condition of the material. Services Non-destructive material testing - ultrasound/ ionizing radiation Testing

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    1. University of Applied Sciences Erfurt
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    3. Research Centre for Horticultural Crops (FGK)

    Projects for work placements, Bachelor's and Master's theses

    Projects for work placements and practicals Identification of pollen meiosis genes in hydrangea Dokumentname Upload am Art Größe Download Meiosis genes of Hydrangea macrophylla 23.01.2023 Upload am: 23.01.2023 pdf Art: pdf 81 KB Größe: 81 KB Download Optimisation of the Petunia transformation protoc

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    F_Bericht_14-17_Web_21.09.2018.indd

    F_Bericht_14-17_Web_21.09.2018.indd Forschung Wissenschaft Information Transfer Prof. Dr.-Ing. Volker Zerbe (Foto: J. Hauspurg) (Foto: J. Hauspurg) Vorwort Liebe Leserinnen und Leser, gern stellen wir Ihnen mit dem vorliegenden Forschungsbericht unsere durchgeführten For- schungsaktivitäten an der F

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    Wasserstoffpotentiale

    Wasserstoffpotentiale Wasserstoffnachfragepotentiale bis zum Jahr 2050 in Deutschland und der Europäischen Union Verfasser: Erik Schlichtmann Eugen Buwidowitsch Andre Thomas Richard Leydolph Steffen Straßburg Marie-Sophie Romano Wissenschaftliche Leitung: Prof. Dr. Konstantin Lenz I Kurzfassung Die

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    Angebotskurve Wasserstoffnachfrage bis 2050

    Angebotskurve Wasserstoffnachfrage bis 2050 Entwicklung einer Angebotskurve zur Deckung der deutschen Wasserstoffnachfrage bis 2050 Verfasser: Magnus Jörg Paul Anders Raffael Hubich Wissenschaftliche Leitung: Prof. Dr. Konstantin Lenz 14.08.2023 Fachhochschule Erfurt Gebäude- & Energietechnik II Kur

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