About: Orders of magnitude (radiation)

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Recognized effects of higher acute radiation doses are described in more detail in the article on radiation poisoning. Although the International System of Units (SI) defines the sievert (Sv) as the unit of radiation dose equivalent, chronic radiation levels and standards are still often given in units of millirems (mrem), where 1 mrem equals 1/1000 of a rem and 1 rem equals 0.01 Sv. Light radiation sickness begins at about 50–100 rad (0.5–1 gray (Gy), 0.5–1 Sv, 50–100 rem, 50,000–100,000 mrem).

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rdf:type	yago:WikicatOrdersOfMagnitude yago:Abstraction100002137 yago:Attribute100024264 yago:Magnitude105090441 yago:Order105091316 yago:Property104916342
rdfs:label	Liste von Größenordnungen der Äquivalentdosis (de) Orders of magnitude (radiation) (en)
rdfs:comment	Dies ist eine Zusammenstellung von Äquivalentdosen ionisierender Strahlung zu Vergleichszwecken. Die Angaben sind oft als „typische Werte“ zu verstehen; die umgerechneten Werte sind gerundet. Wenn kein Zeitraum angegeben ist, handelt es sich um kurzzeitige Bestrahlungen, also Zufuhr der genannten Dosis innerhalb höchstens einiger Stunden. Bei Verteilung der gleichen Dosis über längere Zeit setzen biologische Heilungsvorgänge schon während der Bestrahlung ein, so dass die Auswirkungen geringer sind.(Siehe auch: Vorsätze für Maßeinheiten und Wissenschaftliche Notation) (de) Recognized effects of higher acute radiation doses are described in more detail in the article on radiation poisoning. Although the International System of Units (SI) defines the sievert (Sv) as the unit of radiation dose equivalent, chronic radiation levels and standards are still often given in units of millirems (mrem), where 1 mrem equals 1/1000 of a rem and 1 rem equals 0.01 Sv. Light radiation sickness begins at about 50–100 rad (0.5–1 gray (Gy), 0.5–1 Sv, 50–100 rem, 50,000–100,000 mrem). (en)
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dcterms:subject	Orders of magnitude
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Link from a Wikipage to another Wikipage	Canadian Nuclear Safety Commission Pregnancy Santa Fe, New Mexico Sarov Dental radiography Dose fractionation Kurchatov Institute Cosmic ray Mars Radiation Environment Experiment Louis Slotin Snezhinsk Orders of magnitude Acute toxicity Three Mile Island accident Aluminium (disambiguation) Cecil Kelley criticality accident Gray (unit) Rad (unit) Radiation assessment detector Roentgen equivalent man Guarapari Harry Daghlian International System of Units Terrestrial radiation Hypothesis Absorbed dose Chernobyl disaster Chest radiograph Mars Science Laboratory Positron emission tomography Solar storm of 1859 ITER Radiation hormesis Radiation poisoning Ramsar, Iran Wood River Junction, Rhode Island Yangjiang Sievert Solar particle event X-ray computed tomography Ural mountains Fukushima I nuclear accidents
Link from a Wikipage to an external page	https://emmrem.unh.edu/csp/EMMREM/papers/carrington.pdf http://www.hpa.org.uk/Topics/Radiation/UnderstandingRadiation/UnderstandingRadiationTopics/DoseComparisonsForIonisingRadiation/ https://web.archive.org/web/20101122201833/http:/www.ornl.gov/sci/env_rpt/aser95/tb-a-2.pdf https://www.nrc.gov/reading-rm/doc-collections/cfr/part020/
sameAs	Orders of magnitude (radiation) Orders of magnitude (radiation) Orders of magnitude (radiation) Orders of magnitude (radiation) Orders of magnitude (radiation)
dbp:wikiPageUsesTemplate	dbt:Orders_of_magnitude dbt:Citation_needed dbt:Clarify dbt:Clear dbt:LD50 dbt:More_citations_needed dbt:Multiple_issues dbt:Ntsh dbt:Portal_bar dbt:Reflist dbt:Update dbt:Wide_image dbt:Scinote
thumbnail	wiki-commons:Special:FilePath/PIA17601-Comparisons-RadiationExposure-MarsTrip-20131209.png?width=300
date	March 2011 (en)
reason	How is this measured and please explain this term. (en)
has abstract	Dies ist eine Zusammenstellung von Äquivalentdosen ionisierender Strahlung zu Vergleichszwecken. Die Angaben sind oft als „typische Werte“ zu verstehen; die umgerechneten Werte sind gerundet. Wenn kein Zeitraum angegeben ist, handelt es sich um kurzzeitige Bestrahlungen, also Zufuhr der genannten Dosis innerhalb höchstens einiger Stunden. Bei Verteilung der gleichen Dosis über längere Zeit setzen biologische Heilungsvorgänge schon während der Bestrahlung ein, so dass die Auswirkungen geringer sind. Grundeinheit der Äquivalentdosis H im internationalen Einheitensystem ist das Sievert (Einheitenzeichen Sv). Die Äquivalentdosis ist nicht mit der Energiedosis D (Einheit: Gray, Gy), der Organdosis, der Äquivalentdosisleistung (Äquivalentdosis pro Zeit) oder der Aktivität A (Einheit: Becquerel, Bq) zu verwechseln.(Siehe auch: Vorsätze für Maßeinheiten und Wissenschaftliche Notation) (de) Recognized effects of higher acute radiation doses are described in more detail in the article on radiation poisoning. Although the International System of Units (SI) defines the sievert (Sv) as the unit of radiation dose equivalent, chronic radiation levels and standards are still often given in units of millirems (mrem), where 1 mrem equals 1/1000 of a rem and 1 rem equals 0.01 Sv. Light radiation sickness begins at about 50–100 rad (0.5–1 gray (Gy), 0.5–1 Sv, 50–100 rem, 50,000–100,000 mrem). The following table includes some dosages for comparison purposes, using millisieverts (mSv) (one thousandth of a sievert). The concept of radiation hormesis is relevant to this table – radiation hormesis is a hypothesis stating that the effects of a given acute dose may differ from the effects of an equal fractionated dose. Thus 100 mSv is considered twice in the table below – once as received over a 5-year period, and once as an acute dose, received over a short period of time, with differing predicted effects. The table describes doses and their official limits, rather than effects. (en)
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page length (characters) of wiki page	20566 (xsd:nonNegativeInteger)
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is Link from a Wikipage to another Wikipage of	Roentgen (unit) Becquerel Index of physics articles (O) 1982 Bukit Merah radioactive pollution Colonization of Mars Orders of magnitude (disambiguation) Acute radiation syndrome Timeline of Mars Science Laboratory Gray (unit) Radiation assessment detector Roentgen equivalent man 2017 in science Effect of spaceflight on the human body Aurora on Mars

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