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SEVERITY PROBABILITY & RISK
English
Series:
IAEA Technical Document
Severity, Probability and Risk of Accidents during Maritime Transport of Radioactive Material
Author:
IAEA
Publication date: June 2003
Page count: 188
Language(s) in this book:
English
Sales number: 03.L.12
Available Formats
Unavailable
About the product
This document represents the final outcome of an International Atomic Energy Agency coordinated research project that studied the fire environment on board ships, as part of research on the severity of accidents in the maritime transport of radioactive material.
Language:English
Score: 706882.6
-
https://shop.un.org/ru/node/25475
Data Source: un
SEVERITY PROBABILITY & RISK | Shop.un.org : Official Source for United Nations Books and More
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SEVERITY PROBABILITY & RISK
English
Series:
IAEA Technical Document
Severity, Probability and Risk of Accidents during Maritime Transport of Radioactive Material
Author:
IAEA
Publication date: June 2003
Page count: 188
Language(s) in this book:
English
Sales number: 03.L.12
Available Formats
Unavailable
About the product
This document represents the final outcome of an International Atomic Energy Agency coordinated research project that studied the fire environment on board ships, as part of research on the severity of accidents in the maritime transport of radioactive material.
Language:English
Score: 706882.6
-
https://shop.un.org/es/node/25475
Data Source: un
SEVERITY PROBABILITY & RISK | Shop.un.org : Official Source for United Nations Books and More
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SEVERITY PROBABILITY & RISK
English
Series:
IAEA Technical Document
Severity, Probability and Risk of Accidents during Maritime Transport of Radioactive Material
Author:
IAEA
Publication date: June 2003
Page count: 188
Language(s) in this book:
English
Sales number: 03.L.12
Available Formats
Unavailable
About the product
This document represents the final outcome of an International Atomic Energy Agency coordinated research project that studied the fire environment on board ships, as part of research on the severity of accidents in the maritime transport of radioactive material.
Language:English
Score: 706882.6
-
https://shop.un.org/fr/node/25475
Data Source: un
SEVERITY PROBABILITY & RISK | Shop.un.org : Official Source for United Nations Books and More
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Shop
»
SEVERITY PROBABILITY & RISK
English
Series:
IAEA Technical Document
Severity, Probability and Risk of Accidents during Maritime Transport of Radioactive Material
Author:
IAEA
Publication date: June 2003
Page count: 188
Language(s) in this book:
English
Sales number: 03.L.12
Available Formats
Unavailable
About the product
This document represents the final outcome of an International Atomic Energy Agency coordinated research project that studied the fire environment on board ships, as part of research on the severity of accidents in the maritime transport of radioactive material.
Language:English
Score: 706882.6
-
https://shop.un.org/ar/node/25475
Data Source: un
WHO releases US$1.5 million to fight diphtheria in Cox’s Bazar as probable cases exceed 1,500
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WHO releases US$1.5 million to fight diphtheria in Cox’s Bazar as probable cases exceed 1,500
WHO releases US$1.5 million to fight diphtheria in Cox’s Bazar as probable cases exceed 1,500
17 December 2017
Media release
Cox’s Bazar, Bangladesh
The World Health Organization has deployed additional staff and resources to respond to a rapidly spreading outbreak of diphtheria among Rohingya refugees in Cox’s Bazar, Bangladesh.
WHO has released US$1.5 million from its Contingency Fund for Emergencies to help finance scaling up of health operations in Cox’s Bazar over the next six months, in efforts to respond to an outbreak that has seen more than 1,500 probable cases, including 21 deaths.
“The Rohingya refugees are an extremely vulnerable population, with low routine vaccination coverage.
Language:English
Score: 706700.4
-
https://www.who.int/bangladesh...as-probable-cases-exceed-1-500
Data Source: un
Child mortality levels - Probability of dying per 1000 children, aged 5 to 14
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WHO Regional websites
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When autocomplete results are available use up and down arrows to review and enter to select.
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Situation and Trends
923 000 children aged 5–14 died in 2018.
The probability of dying between age 5–14 was 7 per 1000 children in 20178– substantially lower than the probability of dying of children under age five (39 deaths per 1000 live births). (...) Visualisations
Indicators
Table
Table
Mortality rate for 5-14 year-olds (probability of dying per 1000 children aged 5-14 years)
If you have any feedback, you are welcome to write it here .
Language:English
Score: 706700.4
-
https://www.who.int/data/gho/d...per-1000-children-aged-5-to-14
Data Source: un
ITU Journal: ICT Discoveries, Special Issue No. 1, 13 Feb. 2018
3
Such probabilities are also defined as the entangled
probability in our previous work [2], if the experiment
is performed at the same positions, dissipating the same
length of time, but at different times, the probabilities
of the outcomes are congruent. (...) Thus, for an
ostentatious event, the probability of an outcome
changes with position (place) and time. (...) While in other
cases, the probabilities are continuous/ continuum and
may be described by the appropriate probability density
functions, in this case, the events have entirely random
outcomes.
Language:English
Score: 706690.04
-
https://www.itu.int/dms_pub/it...AL-ICTS.V1I1-2018-10-PDF-E.pdf
Data Source: un
ITU Journal: ICT Discoveries, Special Issue No. 1, 13 Feb. 2018
3
Such probabilities are also defined as the entangled
probability in our previous work [2], if the experiment
is performed at the same positions, dissipating the same
length of time, but at different times, the probabilities
of the outcomes are congruent. (...) Thus, for an
ostentatious event, the probability of an outcome
changes with position (place) and time. (...) While in other
cases, the probabilities are continuous/ continuum and
may be described by the appropriate probability density
functions, in this case, the events have entirely random
outcomes.
Language:English
Score: 706690.04
-
https://www.itu.int/en/journal/001/Documents/itu2018-10.pdf
Data Source: un
When the prediction modes of neighboring already coded upper (A) and left (B) blocks are known an ordering of the most probable, next most probable etc. prediction mode for the currently coded block C is given. (...) To the decoder first 1 bit is sent indicating whether the most probable mode is used for a 4x4 block. If the bit value is equal to 1 the most probable mode should be used. If the most probable mode m is not selected, a code number from 0 to 7 is sent to indicate which of the remaining 8 modes should be used.
Language:English
Score: 706578.9
-
https://www.itu.int/wftp3/av-a...002_07_Klagenfurt/JVT-D025.doc
Data Source: un
Simple methods are available for modeling risk, requiring minimum expertise in statistics and probabilities, together with user-friendly computer programmes. (...) (iii) Create a distribution graph (e.g. probability density graph, relative frequency histogram) that plots the probabilities of the IRR/NPV (and their average value ). (...) In the example (Figure 1 : Probability of IRR), the probability of the IRR is around 14.4 percent, but there is also a risk (36.9 percent) that the mean IRR may fall below 12 percent (the discount rate assumed in several FEA).
Language:English
Score: 706173.05
-
https://www.fao.org/investment...es-and-tasks/risk-analysis/zh/
Data Source: un