Search results for: PLANAR OXYGEN GENERATOR - Bridge of Knowledge

Search

Search results for: PLANAR OXYGEN GENERATOR

Best results in : Research Potential Pokaż wszystkie wyniki (76)

Search results for: PLANAR OXYGEN GENERATOR

  • Zespół Algorytmów i Modelowania Systemów

    Studiowanie problemów i modeli teoriografowych ma na celu badanie złożoności obliczeniowej uogólnień problemu klasycznego kolorowania wierzchołków i krawędzi grafu znajdujących zastosowania w modelowaniu praktycznych problemów oraz badanie nowych miar oceny skuteczności algorytmów. W zakresie szeregowania zadań badania koncentrują się na konstrukcji harmonogramów optymalnych z punktu widzenia długości harmonogramu i średniego czasu...

  • Zespół Systemów i Urządzeń Energetyki Cieplnej

    intensyfikacja wymiany ciepła, nowoczesne wymienniki ciepła, wysokotemperaturowe pompy ciepła, mikrosiłownie ORC i inne

  • Zespół Inżynierii Biomedycznej

    Inżynieria biomedyczna stanowi nową interdyscyplinarną dziedzinę wiedzy zlokalizowaną na pograniczu nauk technicznych, medycznych i biologicznych. Według opinii WHO (World Health Organization) można ją zaliczyć do głównych (obok inżynierii genetycznej) czynników decydujących o postępie współczesnej medycyny. Rosnące znaczenie kształcenia w zakresie INŻYNIERII BIOMEDYCZNEJ wynika z faktu, że specjaliści tej dyscypliny są potrzebni...

Best results in : Business Offer Pokaż wszystkie wyniki (19)

Search results for: PLANAR OXYGEN GENERATOR

Other results Pokaż wszystkie wyniki (1094)

Search results for: PLANAR OXYGEN GENERATOR

  • Effects of La0.8Sr0.2MnO3 and Ag electrodes on bismuth-oxide-based low-temperature solid electrolyte oxygen generators

    Publication

    - CERAMICS INTERNATIONAL - Year 2022

    In this study, La0.8Sr0.2MnO3 (LSM) was used as the ceramic electrode in a (Bi1.50Y0.50)0.98Zr0.04O3+δ (BYO)-based solid electrolyte oxygen generator (SEOG) and its performance was compared with that of a previously studied high-fire Ag electrode. Among La0.6Sr0.4Co0.2Fe0.8O3, LaNi0.6Fe0.4O3, Cu1.4Mn1.6O4, and LSM materials, only LSM materials did not trigger any chemical reaction or interdiffusion with BYO at temperatures up to...

    Full text to download in external service

  • A novel concept of H2/O2 steam generator

    Publication

    - Year 2016

    This paper presents an idea of hydrogen utilization to steam generation to drive a turbine and produce electricity or to supply a condenser as an element of a heating system. Electrolysis process is considered as a source of hydrogen as well as oxygen. Hydrogen combustion with a stoichiometric ratio of pure oxygen produces steam at very high temperature. Steam temperature can be controlled by mixing the generated steam with liquid...

  • A NOVEL CONCEPT OF H2/O2 STEAM GENERATOR

    Publication

    - Instal - Year 2016

    This paper presents an idea of hydrogen utilization to steam generation to drive a turbine and produce electricity or to supply a condenser as an element of heating system. Electrolysis process is considered as a source of hydrogen as well as oxygen. Hydrogen combustion with a stoichiometric ratio of pure oxygen produces steam at very high temperature. Steam temperature can be controlled by mixing the generated steam with liquid...

  • Computational analysis of substituent effects on proton affinity and gas-phase basicity of TEMPO derivatives and their hydrogen bonding interactions with water molecules

    Publication

    - Scientific Reports - Year 2024

    The study investigates the molecular structure of 2,2,6,6-tetramethylpiperidine-1-oxyl (TEMPO) and its derivatives in the gas phase using B3LYP and M06-2X functional methods. Intermolecular interactions are analyzed using natural bond orbital (NBO) and atoms in molecules (AIM) techniques. NO2-substituted TEMPO displays high reactivity, less stability, and softer properties. The study reveals that the stability of TEMPO derivatives...

    Full text available to download

  • Compact High Efficiency and Zero-Emission Gas-Fired Power Plant with Oxy-Combustion and Carbon Capture

    Publication

    - ENERGIES - Year 2022

    Reduction of greenhouse gases emissions is a key challenge for the power generation industry, requiring the implementation of new designs and methods of electricity generation. This article presents a design solution for a novel thermodynamic cycle with two new devices—namely, a wet combustion chamber and a spray-ejector condenser. In the proposed cycle, high temperature occurs in the combustion chamber because of fuel combustion...

    Full text available to download