Public Articles
Controllo dei composti organici volatili mediante filtro biotrickling e un fotobioreattore tubolare
Supporting Information for "Large-scale Surface Shape Sensing with Learning-based Computational Mechanics"
and 9 collaborators
Highly conductive, ultra-stretchable liquid metal composites engineered by magnetic field for robotic, wearable electronic, and medical applications
and 7 collaborators
Device Performance of Emerging Photovoltaic Materials (Version 3)
and 30 collaborators
Women actually bike more at morning ---- Citibike data analysis
BORRADOR - CONSULTA
- Retirar el cassette de prueba y colocar en una superficie plana y nivelada.
- Liberar la lanceta.
- Limpiar con una torunda alcoholada el dedo medio o anular y se pincha en la punta del dedo.
- Usar la segunda gota.
- Aspirar la gota por arriba a 1cm de la línea de llenado
- Colocar una gota de sangre y dos gotas del búffer.
- Esperar 10 minutos, no interpretar después de 20 minutos.
Multilevel Modeling of Joint Damage in Rheumatoid Arthritis
and 1 collaborator
An isotope ratio mass spectrometer (IRMS) for clumped isotope studies of carbon dioxide
Rationale: Clumped isotope geochemistry is concerned with measuring the natural abundance of isotopic molecules, unit cells and other moieties that contain two or more rare stable isotopes. Accurate measurement of the abundance of such multiply substituted species using isotope ratio mass spectrometry (IRMS) techniques imposes stringent requirements on instrument performance in terms of overall sensitivity, linearity etc. that are difficult to achieve. To meet these requirements we have designed, constructed and evaluated the performance of a new IRMS that is optimised for clumped isotope ratio measurements of CO2.
Methods: Following an analysis of the factors that limit the performance of existing IRMS instrument designs for clumped isotope measurements we determined an optimum instrument/magnet geometry using ion optic transfer matrix methods, and considering aberrations up to second order. Before the final engineering design the individual component ion optics (source and faraday collectors) were modelled using SIMION. The instrument has a 120o, symmetric extended geometry with a gas dual-inlet. Construction is based on standard UHV principles. Instrument control and data acquisition is based on National Instruments compactRIO hardware and LabVIEW software.
Results: We demonstrate that the MIRA mass spectrometer has excellent sensitivity (<500 CO2 molecules.ion−1) combined with high abundance sensitivity and a linear response in terms of measured Δ47 over a 100‰ range in measured absolute isotope composition (δ47) with respect to the working reference gas of the mass spectrometer. Precision of measured Δ47 is at the shot noise limit of <0.01‰ for a standard measurement cycle of 80 minutes duration. Long term stability of the instrument and measurements is excellent.
Conclusions: The MIRA instrument can measure CO2 isotopologues to a high precision (0.01‰ for Δ47). The instrument is linear and has sufficient sensitivity for both high sample throughputs (12 measurements per 24 hour cycle) and the analysis of gas samples down to 10−5 moles in size.
Supporting Information for "2D Metal-Organic Frameworks Based Optoelectronic Neuromorphic Transistors for Human Emotion-Simulation and Neuromorphic Computing"
and 6 collaborators
The microbiome of the pelagic tunicate Dolioletta gegenbauri: a potential link between the grazing and microbiala
and 4 collaborators
Fitting Elephants in the Density Functionals Zoo: Statistical Criteria for the Evaluation of DFT methods as a Suitable Replacement for Counting Parameters
and 1 collaborator
La teoria di Saaty e l'applicazione sul Tirreno-Brennero
and 1 collaborator
Metodi statistici avanzati per la quantificazione degli odori
Controllo degli impatti ambientali nell'industrie tessili mediante politiche di sostenibilità ambientale e di economia circolare
Nuove tecnologie per il trattamento e la gestione sostenibile delle acque reflue e dei rifiuti dell’industria lattiero-casearia per l’economia circolare
Analisi dell'influenza della tipologia di sorgente luminosa sulle performance di processo di un foto-bioreattore algale
Rimozione dei Micro contaminanti emergenti presenti in acqua (Bisfenolo A)
Il valore dell’acqua nell’industria alimentare
Trattamento delle acque reflue tramite l'utilizzo di membrane multifunzionali in nanofibre elettrofilate
Contaminazione da arsenico nelle acque potabili: un approccio ecologico mediante nanofibre elettrofilate di alginato di sodio funzionalizzate con chitosan
Oro nero :un rischio per l'uomo e l'ambiente. Trattamento di elettrocoagulazione/flocculazione per la rimozione degli oli.