Madrid / Krakow / Sheffield / Paris / Mainz / Copenhagen / Orsay / Lyon / /
Company
ADC / /
Continent
Europe / /
Country
Germany / United States / /
Event
Judicial Event / /
IndustryTerm
high grade gas / rapid gas diffusion / transportation / gas volume / gas diffusion / satisfactory solution / delivered gas / Diffusion imaging / gas cell / gas arrival time / diagnostic and prognostic tool / gas nuclei / imaging / lung imaging method / gas atoms / metastable energy state / gas distribution / transportation problems / human lung imaging / ultrafast imaging / gas distribution images / gas flowing / pharmaceutical research / polarised gas / pumped gas / gas-filled pulmonary air spaces / neutral gas / alkali metal atoms / ultra-fast imaging / actual gas polarisation devices / noble-gas nuclei / chemicals / noble gas atoms / gas polarisation / /
MarketIndex
set 15 / /
MedicalCondition
Pulmonary ventilation images / COPD / lung diseases / bronchitis / anti-trypsin deficiency / common genetic lung disease / mild emphysema / human emphysema / cystic fibrosis / asthma / pulmonary zones / disease / common lung diseases / different diseases / emphysema / pulmonary function / abnormal pulmonary ventilation / bronchiolitis / proven COPD / lung cancer / mild COPD diseases / gas-filled pulmonary air spaces / diseases / chronic diseases / pulmonary cavities / /
MedicalTreatment
lung transplant / relaxation / /
Person
R UP AK NA TH / R UP AK NA / R UP NA / R UP NA TH JI / Van Beek / /
Abstract The main findings of the european PHIL project (Polarised Helium to Image the Lung) are reported. State of the art optical pumping techniques for polarising 3 He gas are described. MRI methodological improvement