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HEV and HPLV: High quality medical ventilators for low and middle-income countries beyond the COVID-19 epidemic / Nasteva, Irina (speaker) (Federal University of Rio de Janeiro (BR)) ; Collins, Paula (speaker) (CERN)
Abstract The COVID-19 epidemic highlighted the lack of high quality medical equipment in low and middle-income countries. It demonstrated that medical ventilators are financially inaccessible in many hospital settings, and the need for diversified solutions which can deliver ICU level performance persists. The High Energy physics Ventilator (HEV) is a high-quality, low-cost, versatile ventilator, which was originally designed by a team of CERN scientists and collaborating institutes in response to the COVID-19 pandemic [...]
2022 - 3179. KT Seminars External link: Event details In : HEV and HPLV: High quality medical ventilators for low and middle-income countries beyond the COVID-19 epidemic

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(91)

CERN-PHOTO-202004-060
© 2020-2022 CERN

CERN against COVID: HEV project
Progress on CERN (LHCb) ventilators development pr [...]
22-04-2020

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(89)

CERN-PHOTO-202008-107
© 2020-2022 CERN

The High Energy Ventilator (HEV)
HEV (High Energy Ventilator) is a high quality med [...]
25-08-2020

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(86)

CERN-PHOTO-202004-068
© 2020-2022 CERN

CERN ventilators development project HEV
CERN Director Fabiola Gianotti visits "CERN's vent [...]
22-04-2020

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(77)

OpenBreath Lung Ventilator: a low-cost, stand-alone response to pandemic outbreaks
Please check this page for updates. During the seminar, in case of technical issues, we will post information here [...]
2020 - 3213. KT Seminars External link: Event details In : OpenBreath Lung Ventilator: a low-cost, stand-alone response to pandemic outbreaks

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(72)

The HEV Ventilator Proposal / Buytaert, J (CERN) /HEV Collaboration
We propose the design of a ventilator which can be easily manufactured and integrated into the hospital environment to support COVID-19 patients. The unit is designed to support standard ventilator modes of operation, most importantly PRVC (Pressure Regulated Volume Control) and SIMV-PC (Synchronised Intermittent Mandatory Ventilation) modes. [...]
EP-Tech-Note-2020-001.- Geneva : CERN, 2020 - 14 p. Fulltext: PDF;

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(70)

The Mechanical Ventilator Milano (MVM) , a novel ventilator for the COVID-19 pandemic / Galbiati, Cristiano (speaker) (Princeton University) ; Bonivento, Walter Marcello (speaker) (INFN Cagliari) ; Putignano, Oscar (speaker) (University of Milano-Bicocca)
THIS WEBINAR HAS BEEN POSTPONED. PLEASE NOTE NEW DATE Please check this page for updates [...]
2020 - 4141. KT Seminars External link: Event details In : The Mechanical Ventilator Milano (MVM) , a novel ventilator for the COVID-19 pandemic

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(63)

High Energy Ventilator Prototype (HEV)
Particle physicists propose stripped-down ventilat [...]
06-04-2020

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(63)

Airborne Transmission of COVID-19 – Measures to be taken indoors / Henriques, Andre (speaker) (CERN) ; Forkel-Wirth, Doris (speaker) (CERN)
Abstract: Since the beginning of the COVID-19 pandemic, many scientists and engineers have raised awareness with the scientific community on the possibility of airborne transmission of the SARS-CoV-2 virus in closed spaces. From the beginning, the COVID-related Health & Safety measures at CERN were not only based on the Host States’ instructions and WHO guidance, but also included the possibility of airborne transmission in closed spaces, despite the fact that at the time the risk of airborne transmission in public settings wasn’t fully recognized. Nowadays, with more data on the virus and the acknowledgement of this risk by the scientific community, advisory bodies and governmental agencies, we can use this new information to better prepare our workplaces by taking into account this particular mode of transmission. This is especially important during the winter period [...]
2020 - 5161. HSE Technical Seminars External link: Event details In : Airborne Transmission of COVID-19 – Measures to be taken indoors

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Principles of radioisotope production with ISOL techniques, materials and ion sources / Rothe, Sebastian (speaker) (CERN)
Abstract: The ISOLDE radioactive isotope facility has been providing rare isotopes to users from around the world since more than 50 years, making it the oldest running experiment at CERN and is considered the mother of ISOL type facilities. In the ISOL method, a target is irradiated with a primary beam, creating secondary radioactive isotopes which are evaporated from the target matrix, extracted as ions, purified and then delivered in form of a beam of ions to the experimental setup. The interest of the scientists requesting these isotopes ranges from fundamental nuclear structure and nuclear astrophysics, over solid state physics and semiconductor research to medical applications. At ISOLDE over 1000 different radioisotopes of the 6000 that are predicted to exist In this lecture we will introduce how isotopes are artificially created and delivered to users at ISOLDE. We will discuss the constraints and requirements to the target materials and ion source selection, illustrated by several use cases We will highlighting current developments towards tailor-made nano-structured target materials and ongoing target and ion source developments required to meet the demands of the user community for more exotic isotopes and purer beams. The following two lectures will focus on selective laser photoionization used to produce purest radioisotope beams and application of radioisotopes for nuclear medicine..
2023 - 3844. Academic Training Lecture Regular Programme, 2022-2023 External link: Event details In : Principles of radioisotope production with ISOL techniques, materials and ion sources

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