Filtern
Erscheinungsjahr
- 2016 (64) (entfernen)
Dokumenttyp
- Wissenschaftlicher Artikel (64) (entfernen)
Volltext vorhanden
- nein (64) (entfernen)
Schlagworte
- open quantum systems (2)
- carbon nanofibers, platinum electrodeposition, ele ctrochemical surface area (1)
- Biomedical monitoring, Hospitals, Electrocardiography, Wireless communication, Patient monitoring, Wireless sensor networks (1)
- CRM (1)
- Cavitation; Corrosion; Laser remelting; Self-fluxing alloys; Stellite 6 (1)
- Datenanalyse (1)
- Emissionshandel (1)
- Energiepolitik (1)
- Erneuerbare Energien (1)
- Geldpolitik (1)
Institut
- Wirtschaftsrecht (28)
- Institut für Internetsicherheit (10)
- Wirtschaft und Informationstechnik Bocholt (5)
- Elektrotechnik und angewandte Naturwissenschaften (4)
- Westfälisches Energieinstitut (4)
- Informatik und Kommunikation (3)
- Westfälisches Institut für Gesundheit (3)
- Maschinenbau und Facilities Management (2)
- Wirtschaft Gelsenkirchen (2)
- Institut für Innovationsforschung und -management (1)
The wireless data logger system “Cor/log® BAN BT” (CL) allows seamless 24/7 monitoring of relevant vital sign parameters. CL covers the entire period of acute point of care inside the hospital and the recovery period, when first mobility is achieved and when the patient is released into an ambulatory or homecare environment. The CL records the relevant vital signs such as ECG, respiration, pulse oximetry with plethysmogram and movement. The vital data collected with the CL data logger is saved on a memory card for further analysis and is simultaneously transmitted in real-time to a telemedicine server via a smartphone or tablet. The smartphone also provides GPS location information. In addition Cor/log View, an Android Application for viewing recorded vital sign data originating from the CL, was developed. CL has also a connector to the generic MedM health cloud. MedM is a generic patient data management system (PDMS) consisting of a cloud portal and a mobile health app. The app runs on Android, iOS and Windows. The app can connects wirelessly to the CL physiologic monitor and stores the vital signs in the cloud.
Under ambient conditions, almost all metals are coated by an oxide. These coatings, the result of a chemical reaction, are not passive. Many of them bind, activate and modify adsorbed molecules, processes that are exploited, for example, in heterogeneous catalysis and photochemistry. Here we report an effect of general importance that governs the bonding, structure formation and dissociation of molecules on oxidic substrates. For a specific example, methanol adsorbed on the rutile TiO2(110) single crystal surface, we demonstrate by using a combination of experimental and theoretical techniques that strongly bonding adsorbates can lift surface relaxations beyond their adsorption site, which leads to a sig- nificant substrate-mediated interaction between adsorbates. The result is a complex super- structure consisting of pairs of methanol molecules and unoccupied adsorption sites. Infrared spectroscopy reveals that the paired methanol molecules remain intact and do not depro- tonate on the defect-free terraces of the rutile TiO2(110) surface.