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RPC Performance results with ecofriendly gases and use of recirculation gas systems
, 2019 G. Aielli, Do‐Won Kim, Barbara Liberti
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Orvosi Hetilap, 2008
A haspuffadás az emésztőrendszeri betegségek gyakori tünete. A betegek többségének meggyőződése, hogy panaszukat a bélgázok fokozott termelődése okozza. Az elmúlt években végzett klinikai vizsgálatok, különösen agázterheléses vizsgálatokeredményeként mind többet tudunk a bélgázok szabályozásáról, a tünetképzésben betöltött szerepükről.
István, Pregun, Zsolt, Tulassay
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A haspuffadás az emésztőrendszeri betegségek gyakori tünete. A betegek többségének meggyőződése, hogy panaszukat a bélgázok fokozott termelődése okozza. Az elmúlt években végzett klinikai vizsgálatok, különösen agázterheléses vizsgálatokeredményeként mind többet tudunk a bélgázok szabályozásáról, a tünetképzésben betöltött szerepükről.
István, Pregun, Zsolt, Tulassay
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Clinics in Chest Medicine, 1986
Respiratory gases have access to the human circulation by diffusing through alveolar walls into pulmonary capillaries. Because of this circulatory access, these gases can act like other types of drugs, and can produce effects both locally in the lungs and systemically in distant organs or tissues.
S G, Jenkinson, J I, Peters
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Respiratory gases have access to the human circulation by diffusing through alveolar walls into pulmonary capillaries. Because of this circulatory access, these gases can act like other types of drugs, and can produce effects both locally in the lungs and systemically in distant organs or tissues.
S G, Jenkinson, J I, Peters
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Science, 2008
Ultracold quantum gases are proving to be a powerful model system for strongly interacting electronic many-body systems. This Perspective explores how such atomic ensembles can help to unravel some of the outstanding open questions in the field.
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Ultracold quantum gases are proving to be a powerful model system for strongly interacting electronic many-body systems. This Perspective explores how such atomic ensembles can help to unravel some of the outstanding open questions in the field.
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2013
This chapter highlights the significance of the chemical and physical properties of gases when developing medicines, such as whether the gas is a volatile agent or whether a substance has a gaseous phase. The chapter examines, more generally, the properties of gases. It takes a look at transitions from solid or liquid into gaseous states.
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This chapter highlights the significance of the chemical and physical properties of gases when developing medicines, such as whether the gas is a volatile agent or whether a substance has a gaseous phase. The chapter examines, more generally, the properties of gases. It takes a look at transitions from solid or liquid into gaseous states.
+4 more sources