OpenLLM-France/wikimedia huggingface dataset:
# Fukushima Aftermath/Jim Green

Jim Green is the national anti-nuclear campaigner with Friends of the Earth Australia and Australian coordinator of the Beyond Nuclear Initiative. Green is a regular media commentator on nuclear waste issues. He has an honours degree in public health and was awarded a PhD in science and technology studies for his analysis of the Lucas Heights research reactor debates.

## Issues

Jim Green and Peter Karamoskos (a nuclear radiologist) say there is growing scientific confidence in the Linear no-threshold model for ionising radiation, which is supported by the 2006 report of the Committee on the Biological Effects of Ionising Radiation (BEIR) of the US National Academy of Sciences. The BEIR report comprehensively reviewed available data and concluded that:
   The balance of evidence from epidemiologic, animal and mechanistic studies tend to favour a simple proportionate relationship at low doses between radiation dose and cancer risk... The risk of cancer proceeds in a linear fashion at lower doses without a threshold and… the smallest dose has the potential to cause a small increase in risk to humans.
According to Green and Karamoskos, the alternative view, that low-level radiation is harmless, is limited to a small number of scientists "whose voice is greatly amplified by the nuclear industry". In Australia, for example, "uranium mining and exploration companies such as Toro Energy, Uranium One and Heathgate Resources have sponsored speaking tours by scientists who claim that low level radiation exposure is not only harmless but actually good for you".

## Further reading
### PhD thesis

* (1997) "Reactors, Radioisotopes & the HIFAR Controversy" (Department of Science & Technology Studies, University of Wollongong, Australia)

### Recent publications

* (2005, September) "Nuclear Power: No Solution to Climate Change"
* (2006) "Australia, Uranium and Nuclear Power", International Journal of Environmental Studies, 63 (6), pp 845–857 (with J. Falk and G. Mudd)
* (2006, November 24) "No to Howard's nuclear madness", Green Left
* (2007 August 3) "James Lovelock and the big bang", Green Left
* (2007, November 2) "Nuclear power and water scarcity", Green Left (with Sue Wareham)
* (2009, 25 October) Nuclear debate: A dangerous option that wont solve climate change Green Left.

## References

* ↑ Nuclear Power, Renewables or Clean Coal? Energy Options for Australia
* ↑ Nuclear waste and indigenous rights
* ↑ EnergyScience Coalition energyscience.org.au
* 1 2 3 Peter Karamoskos and Jim Green (18 April 2011). "Do we know the Chernobyl death toll?". The Drum.

## External links

* Yellowcake Country? Australia’s uranium industry
# Fukushima Aftermath/Last Dance for SONGS?/Popular culture
## In popular culture

Template:Trivia In the James W. Huston (author)|James W. Huston book, Fallout, Pakistani Air Force Pilots attempt to bomb San Onofre using stolen California Air National Guard F-16s.
The generating station was also featured in the 1983 film Koyaanisqatsi.
In the James Bond book License Renewed by John Gardner, it was one of six nuclear power stations in the terrorist/blackmail plot "Meltdown" planned by The Laird of Murcaldy, Anton Murik.
The original San Onofre Unit-1 Power Plant was used as the "Gotham City" Atomic Reactor in the 1960s Batman (TV series)|Batman TV show starring Adam West.
In the science fiction novel Timescape, by Gregory Benford, the nuclear plants at San Onofre raised the water temperature along the adjacent coast, which stimulated aquatic life.
The plant's two large containment structures are briefly shown in the 1988 movie The Naked Gun when detective Frank Drebin (Leslie Nielsen) talks about how everything reminds him of his ex-girlfriend (quote: “Everywhere I look something reminds me of her”).
In the 2011 TV series The Event, the Nuclear fuel|fuel rods were removed and transported from San Onofre Nuclear Generation Station to thwart the aliens' plan to steal the uranium to build their specialized transport array. The transport array was utilized to transport the citizens from their own planet to Earth.
# Fukushima Aftermath/Markey letter

Reps. Waxman and Green Raise Concerns about Partisan Nature of Yucca Mountain Investigation Jun 1, 2011
Rep. Henry A. Waxman, Ranking Member of the Energy and Commerce Committee, and Rep. Gene Green, Ranking Member of the Environment and the Economy Subcommittee, sent a letter to Chairman Fred Upton and Subcommittee Chairman John Shimkus expressing their concern about the partisan nature of the Committee’s inquiry into the Yucca Mountain nuclear waste repository licensing process.
The full text of the letter is below and also available online here.
June 1, 2011 The Honorable Fred Upton Chairman Committee on Energy and Commerce 2125 Rayburn House Office Building Washington, DC 20515 - The Honorable John Shimkus Chairman Subcommittee on Environment and the Economy 2125 Rayburn House Office Building Washington, DC 20515
Dear Chairman Upton and Chairman Shimkus:
We are writing to express concern about the partisan nature of investigative practices being employed in the Committee’s ongoing inquiry into the licensing process relating to the Yucca Mountain nuclear waste depository.
On Friday, Democratic Committee staff discovered that your staff had conducted interviews of at least four employees of the Nuclear Regulatory Commission without notifying the Democratic members or staff of the Committee. We also learned that an additional Committee interview was planned over the Memorial Day weekend. Minority staff immediately asked your staff for information about the interviews that had already occurred and asked to participate in the witness interview scheduled over the weekend. Your staff did not respond until Tuesday and has yet to agree to include the minority in future Committee interviews.
Yesterday, Democratic Committee staff contacted three of the witnesses. They told us that they did not request that Democratic staff be excluded from the interviews. In fact, one said she would have preferred that Democratic staff be present because she did not view this matter as partisan and does not understand why two sets of interviews are necessary.
Excluding Democratic staff from Committee interviews of fact witnesses is inappropriate and inconsistent with Committee precedents. The practice denies nearly half the members of the Committee equal access to relevant information about the investigation. It wastes taxpayer resources by necessitating duplicative interviews. And it calls into question the basic fairness and credibility of the Committee’s inquiry.
We recognize that there can be exceptional cases where a bipartisan interview could be problematic, such as an interview with a whistleblower who insists on confidentiality. But these circumstances are rare and do not justify the exclusion of Democratic staff from the NRC interviews.
We urge you to reconsider this practice and invite Democratic participation in future Committee interviews.
Sincerely, Henry A. Waxman Gene Green Ranking Member Ranking Member Subcommittee on Environment and the Economy
# Fukushima Aftermath/How to help build this wikibook
## See also

| Background w:Genpatsu-shinsai, an event predicted by professor Katsuhiko Ishibashi in 1997 w:International Nuclear Event Scale Kyshtym disaster (1957, INES 6) w:Three Mile Island accident (1979, INES 5) w:Chernobyl disaster (1986, INES 7) w:Orders of magnitude (radiation) w:Nuclear safety Hydrogen production at high temperature w:Fukushima I Nuclear Power Plant w:China Syndrome w:Prompt criticality | Ongoing w:Timeline of the Fukushima I nuclear accidents w:Fukushima 50 w:2011 Japanese nuclear accidents w:2011 Tōhoku earthquake and tsunami w:International reaction to Fukushima I nuclear accidents w:Evacuations and Japanese reaction to the Fukushima I nuclear accidents w:Radiation effects from Fukushima I nuclear accidents | Nuclear lists w:List of civilian nuclear accidents w:List of civilian nuclear incidents w:List of civilian radiation accidents w:Lists of nuclear disasters and radioactive incidents w:Japanese nuclear incidents | Major earthquakes of Japan w:1923 Great Kantō earthquake w:Tokai earthquakes of 1498, 1605, 1707 and 1854 w:869 Sanriku earthquake and tsunami in area around Sendai w:Great Hanshin Earthquake of 1995 near Kobe w:List of earthquakes in Japan |
# Fukushima Aftermath/Indian Point Nuke

With the Governor of New York against it, does Indian Point stand a chance of relicensing?

## References

* ↑ http://www.businessinsider.com/indian-point-cuomo-closing-2011-3
# Fluid Mechanics Applications/B30:Study and Analysis of vorticity

In our day to day life,Most of the fluid flows with which we are familiar like from bathtubs to swimming pools, are not rotating, or they are rotating so slowly that rotation is not important except maybe at the drain of a bathtub as water is let out. As a result, we do not have a good intuitive understanding of rotating flows. In the ocean, rotation and the conservation of vorticity strongly influence flow over distances exceeding a few tens of kilometers. The consequences of the rotation leads to results we have not seen before in our day-to-day dealings with fluids. Vorticity is something that explore some of the consequences of rotation.
In simple words, vorticity is the rotation of fluid.
Vorticity is a-
(i) fundamental property of fluid flows
(ii) is a notable feature of many flows
(iii)it leads to novel insight that can be generalized.

## Mathematical Definition

The vorticity is defined as the curl of the velocity vector.It is denoted by the symbol "${\vec {v}}\,$".
Therefore, it can be written as-
Thus, each point in the fluid has an associated vector vorticity, and the whole fluid space may be thought of as being threaded by vortex lines which are everywhere tangent to the local vorticity vector. These vortex lines represent the local axis of spin of the fluid particle at each point. In two dimensions, the vorticity is the sum of angular velocities of any pair of mutually perpendicular, infinitesimal fluid lines passing through the point in question. For rigid body rotation, every line perpendicular to the axis of rotation has the same velocity: therefore the vorticity is the same at every point, and is twice the angular velocity.
# Fluid Mechanics Applications/B14: Fluid flow in turbine

From earlier days we are using wind power for example in case of wind mills and water mills. They are being powered by the flowing wind in case of wind mills and running water in case of water mills as their name justifies this. In modern days these wind and water mills have been improved and are being used for generating power from the flowing fluid for example Wind turbines and water turbines. And they convert the energy of flowing fluid into usable work with the help of a rotating mechanical device called turbines.

## Working of a turbine

Now, we are going to discuss how a turbine extracts energy. As fluid flows through a turbine the two cases arises : ⦁ case of wind turbines: Here, the energy of the flowing wind gets transferred to the turbine according to the Bernoulli’s principle. As the fluid flows over the blade of the turbine, the blades have such design that the velocity of fluid flowing above and below the turbine blades are different and hence creating a pressure difference between above and below the blade and so exerting a net force and giving a rotation to the shaft of the turbine.
⦁ case of water/hydro turbines Here, the energy of running water get transferred according to Newton’s 2nd law of motion. The momentum of running water get transferred to the blades of turbine which in turn rotates the shaft of the turbine.
# Character Encodings/Code Tables/MS-DOS/Code page 30010

Code page 30010 is a code page intended for Gagauz and Moldovan Cyrillic.

## Character set

The following table shows code page 30010. Each character is shown with its equivalent Unicode code point. Only the second half of the table (128–255) is shown, the first half (0–127) being the same as code page 437.
Code page 30010 :
| | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | A | B | C | D | E | F |
| 8x 128 | А 0410 | Б 0411 | В 0412 | Г 0413 | Д 0414 | Е 0415 | Ж 0416 | З 0417 | И 0418 | Й 0419 | К 041A | Л 041B | М 041C | Н 041D | О 041E | П 041F |
| 9x 144 | Р 0420 | С 0421 | Т 0422 | У 0423 | Ф 0424 | Х 0425 | Ц 0426 | Ч 0427 | Ш 0428 | Щ 0429 | Ъ 042A | Ы 042B | Ь 042C | Э 042D | Ю 042E | Я 042F |
| Ax 160 | а 0430 | б 0431 | в 0432 | г 0433 | д 0434 | е 0435 | ж 0436 | з 0437 | и 0438 | й 0439 | к 043A | л 043B | м 043C | н 043D | о 043E | п 043F |
| Bx 176 | ░ 2591 | ▒ 2592 | ▓ 2593 | │ 2502 | ┤ 2524 | ╡ 2561 | ╢ 2562 | ╖ 2556 | ╕ 2555 | ╣ 2563 | ║ 2551 | ╗ 2557 | ╝ 255D | ╜ 255C | ╛ 255B | ┐ 2510 |
| Cx 192 | └ 2514 | ┴ 2534 | ┬ 252C | ├ 251C | ─ 2500 | ┼ 253C | ╞ 255E | ╟ 255F | ╚ 255A | ╔ 2554 | ╩ 2569 | ╦ 2566 | ╠ 2560 | ═ 2550 | ╬ 256C | ╧ 2567 |
| Dx 208 | ╨ 2568 | ╤ 2564 | ╥ 2565 | ╙ 2559 | ╘ 2558 | ╒ 2552 | ╓ 2553 | ╫ 256B | ╪ 256A | ┘ 2518 | ┌ 250C | █ 2588 | ▄ 2584 | ▌ 258C | ▐ 2590 | ▀ 2580 |
| Ex 224 | р 0440 | с 0441 | т 0442 | у 0443 | ф 0444 | х 0445 | ц 0446 | ч 0447 | ш 0448 | щ 0449 | ъ 044A | ы 044B | ь 044C | э 044D | ю 044E | я 044F |
| Fx 240 | Ё 0401 | ё 0451 | Ӓ 04D2 | ӓ 04D3 | Ӧ 04E6 | ӧ 04E7 | Ӱ 04F0 | ӱ 04F1 | ° 00B0 | ∙ 2219 | Ӂ 04C1 | ӂ 04C2 | № 2116 | € 20AC | ■ 25A0 | NBSP 00A0 |
Symbols and punctuation  Differences from code page 808
# Character Encodings/Code Tables/MS-DOS/Code page 30011

Code page 30011 is a code page intended for Cyrillic languages in the southern district of Russia.

## Character set

The following table shows code page 30011. Each character is shown with its equivalent Unicode code point. Only the second half of the table (128–255) is shown, the first half (0–127) being the same as code page 437.
Code page 30011 :
| | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | A | B | C | D | E | F |
| 8x 128 | А 0410 | Б 0411 | В 0412 | Г 0413 | Д 0414 | Е 0415 | Ж 0416 | З 0417 | И 0418 | Й 0419 | К 041A | Л 041B | М 041C | Н 041D | О 041E | П 041F |
| 9x 144 | Р 0420 | С 0421 | Т 0422 | У 0423 | Ф 0424 | Х 0425 | Ц 0426 | Ч 0427 | Ш 0428 | Щ 0429 | Ъ 042A | Ы 042B | Ь 042C | Э 042D | Ю 042E | Я 042F |
| Ax 160 | а 0430 | б 0431 | в 0432 | г 0433 | д 0434 | е 0435 | ж 0436 | з 0437 | и 0438 | й 0439 | к 043A | л 043B | м 043C | н 043D | о 043E | п 043F |
| Bx 176 | ░ 2591 | ▒ 2592 | ▓ 2593 | │ 2502 | ┤ 2524 | Ү 04AE | ╢ 2562 | ╖ 2556 | ү 04AF | ╣ 2563 | ║ 2551 | ╗ 2557 | ╝ 255D | ╜ 255C | Һ 04BA | ┐ 2510 |
| Cx 192 | └ 2514 | ┴ 2534 | ┬ 252C | ├ 251C | ─ 2500 | ┼ 253C | һ 04BB | ╟ 255F | ╚ 255A | ╔ 2554 | ╩ 2569 | ╦ 2566 | ╠ 2560 | ═ 2550 | ╬ 256C | У́ |
| Dx 208 | ╨ 2568 | у́ | ╥ 2565 | ╙ 2559 | Ӕ 04D4 | ӕ 04D5 | ╓ 2553 | ╫ 256B | ╪ 256A | ┘ 2518 | ┌ 250C | █ 2588 | ▄ 2584 | ▌ 258C | ▐ 2590 | ▀ 2580 |
| Ex 224 | р 0440 | с 0441 | т 0442 | у 0443 | ф 0444 | х 0445 | ц 0446 | ч 0447 | ш 0448 | щ 0449 | ъ 044A | ы 044B | ь 044C | э 044D | ю 044E | я 044F |
| Fx 240 | Ё 0401 | ё 0451 | Ә 04D8 | ә 04D9 | Ө 04E8 | ө 04E9 | Ў 040E | ў 045E | Җ 0496 | җ 0497 | Ң 04A2 | ң 04A3 | № 2116 | € 20AC | Ӏ 04C0 | NBSP 00A0 |
Symbols and punctuation  Differences from code page 808
# Character Encodings/Code Tables/MS-DOS/Code page 30013

Code page 30013 is a code page intended for Cyrillic Turkic languages in the Volga district of Russia.

## Character set

The following table shows code page 30013. Each character is shown with its equivalent Unicode code point. Only the second half of the table (128–255) is shown, the first half (0–127) being the same as code page 437.
Code page 30011 :
| | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | A | B | C | D | E | F |
| 8x 128 | А 0410 | Б 0411 | В 0412 | Г 0413 | Д 0414 | Е 0415 | Ж 0416 | З 0417 | И 0418 | Й 0419 | К 041A | Л 041B | М 041C | Н 041D | О 041E | П 041F |
| 9x 144 | Р 0420 | С 0421 | Т 0422 | У 0423 | Ф 0424 | Х 0425 | Ц 0426 | Ч 0427 | Ш 0428 | Щ 0429 | Ъ 042A | Ы 042B | Ь 042C | Э 042D | Ю 042E | Я 042F |
| Ax 160 | а 0430 | б 0431 | в 0432 | г 0433 | д 0434 | е 0435 | ж 0436 | з 0437 | и 0438 | й 0439 | к 043A | л 043B | м 043C | н 043D | о 043E | п 043F |
| Bx 176 | ░ 2591 | ▒ 2592 | ▓ 2593 | │ 2502 | ┤ 2524 | Ү 04AE | Ғ 0492 | ғ 0493 | ү 04AF | ╣ 2563 | ║ 2551 | ╗ 2557 | ╝ 255D | Ҡ 04A0 | Һ 04BA | ┐ 2510 |
| Cx 192 | └ 2514 | ┴ 2534 | ┬ 252C | ├ 251C | ─ 2500 | ┼ 253C | һ 04BB | ҡ 04A1 | ╚ 255A | ╔ 2554 | ╩ 2569 | ╦ 2566 | ╠ 2560 | ═ 2550 | ╬ 256C | Ә 04D8 |
| Dx 208 | ә 04D9 | Җ 0496 | җ 0497 | Ӳ 04F2 | ӳ 04F3 | Ҙ 0498 | ҙ 0499 | Ҫ 04AA | ҫ 04AB | ┘ 2518 | ┌ 250C | █ 2588 | ▄ 2584 | ▌ 258C | ▐ 2590 | ▀ 2580 |
| Ex 224 | р 0440 | с 0441 | т 0442 | у 0443 | ф 0444 | х 0445 | ц 0446 | ч 0447 | ш 0448 | щ 0449 | ъ 044A | ы 044B | ь 044C | э 044D | ю 044E | я 044F |
| Fx 240 | Ё 0401 | ё 0451 | Ӑ 04D0 | ӑ 04D1 | Ө 04E8 | ө 04E9 | Ӗ 04D6 | ӗ 04D7 | ° 00B0 | ∙ 2219 | Ң 04A2 | ң 04A3 | № 2116 | € 20AC | ■ 25A0 | NBSP 00A0 |
Symbols and punctuation  Differences from code page 808
# Character Encodings/Code Tables/MS-DOS/Code page 30015

Code page 30015 is a code page intended for the Khanty language.

## Character set

The following table shows code page 30015. Each character is shown with its equivalent Unicode code point. Only the second half of the table (128–255) is shown, the first half (0–127) being the same as code page 437.
Code page 30015 :
| | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | A | B | C | D | E | F |
| 8x 128 | А 0410 | Б 0411 | В 0412 | Г 0413 | Д 0414 | Е 0415 | Ж 0416 | З 0417 | И 0418 | Й 0419 | К 041A | Л 041B | М 041C | Н 041D | О 041E | П 041F |
| 9x 144 | Р 0420 | С 0421 | Т 0422 | У 0423 | Ф 0424 | Х 0425 | Ц 0426 | Ч 0427 | Ш 0428 | Щ 0429 | Ъ 042A | Ы 042B | Ь 042C | Э 042D | Ю 042E | Я 042F |
| Ax 160 | а 0430 | б 0431 | в 0432 | г 0433 | д 0434 | е 0435 | ж 0436 | з 0437 | и 0438 | й 0439 | к 043A | л 043B | м 043C | н 043D | о 043E | п 043F |
| Bx 176 | ░ 2591 | ▒ 2592 | ▓ 2593 | │ 2502 | ┤ 2524 | Ө 2561 | ╢ 2562 | ╖ 2556 | ө 2555 | ╣ 2563 | ║ 2551 | ╗ 2557 | ╝ 255D | ╜ 255C | Ә 04D8 | ┐ 2510 |
| Cx 192 | └ 2514 | ┴ 2534 | ┬ 252C | ├ 251C | ─ 2500 | ┼ 253C | ә 04D9 | ╟ 255F | ╚ 255A | ╔ 2554 | ╩ 2569 | ╦ 2566 | ╠ 2560 | ═ 2550 | ╬ 256C | Ӈ 04C7 |
| Dx 208 | ╨ 2568 | ӈ 04C8 | ╥ 2565 | ╙ 2559 | Ҟ 049E | ҟ 049F | ╓ 2553 | ╫ 256B | ╪ 256A | ┘ 2518 | ┌ 250C | █ 2588 | ▄ 2584 | Ј 0408 | ј 0458 | ▀ 2580 |
| Ex 224 | р 0440 | с 0441 | т 0442 | у 0443 | ф 0444 | х 0445 | ц 0446 | ч 0447 | ш 0448 | щ 0449 | ъ 044A | ы 044B | ь 044C | э 044D | ю 044E | я 044F |
| Fx 240 | Ё 0401 | ё 0451 | Ӓ 04D2 | ӓ 04D3 | Ӧ 04E6 | ӧ 04E7 | Ӱ 04F0 | ӱ 04F1 | Ӫ 04EA | ӫ 04EB | Ӛ 04DA | ӛ 04DB | № 2116 | € 20AC | ■ 25A0 | NBSP 00A0 |
Symbols and punctuation  Differences from code page 808
# Character Encodings/Code Tables/MS-DOS/Code page 30007

Code page 30007 is a code page intended for Latin and the Romance languages (excluding Eastern Romance languages like Romanian and the languages in Portugal).

## Character set

The following table shows code page 30007. Each character is shown with its equivalent Unicode code point. Only the second half of the table (128–255) is shown, the first half (0–127) being the same as code page 437.
Code page 30007 :
| | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | A | B | C | D | E | F |
| 8x 128 | Ç 00C7 | ü 00FC | é 00E9 | â 00E2 | ä 00E4 | à 00E0 | å 00E5 | ç 00E7 | ê 00EA | ë 00EB | è 00E8 | ï 00EF | î 00EE | ì 00EC | Ä 00C4 | Å 00C5 |
| 9x 144 | É 00C9 | æ 00E6 | Æ 00C6 | ô 00F4 | ö 00F6 | ò 00F2 | û 00FB | ù 00F9 | ÿ 00FF | Ö 00D6 | Ü 00DC | ī 012B | ĭ 012D | Ī 012A | ō 014D | Ō 014C |
| Ax 160 | á 00E1 | í 00ED | ó 00F3 | ú 00FA | ñ 00F1 | Ñ 00D1 | ª 00AA | º 00BA | ¿ 00BF | ū 016B | ¬ 00AC | œ 0153 | Œ 0152 | ¡ 00A1 | « 00AB | » 00BB |
| Bx 176 | ░ 2591 | ▒ 2592 | ▓ 2593 | │ 2502 | ┤ 2524 | Á 00C1 | Â 00C2 | À 00C0 | Ū 016A | ╣ 2563 | ║ 2551 | ╗ 2557 | ╝ 255D | ē 0113 | Ē 0112 | ┐ 2510 |
| Cx 192 | └ 2514 | ┴ 2534 | ┬ 252C | ├ 251C | ─ 2500 | ┼ 253C | ā 0101 | Ā 0100 | ╚ 255A | ╔ 2554 | ╩ 2569 | ╦ 2566 | ╠ 2560 | ═ 2550 | ╬ 256C | Ĭ 012C |
| Dx 208 | ă 0103 | Ă 0102 | Ê 00CA | Ë 00CB | È 00C8 | € 20AC | Í 00CD | Î 00CE | Ï 00CF | ┘ 2518 | ┌ 250C | █ 2588 | ▄ 2584 | ĕ 0115 | Ì 00CC | ▀ 2580 |
| Ex 224 | Ó 00D3 | ß 00DF | Ô 00D4 | Ò 00D2 | e̊ | E̊ | µ 00B5 | ŏ 014F | Ŏ 014E | Ú 00DA | Û 00DB | Ù 00D9 | ý 00FD | Ý 00DD | ¯ 00AF | ŭ 016D |
| Fx 240 | SHY 00AD | ± 00B1 | ŀ 0140 | Ÿ 0178 | ¶ 00B6 | § 00A7 | Ŀ 013F | Ŭ 016C | ° 00B0 | Ĕ 0114 | · 00B7 | ¹ 00B9 | ³ 00B3 | ² 00B2 | ■ 25A0 | NBSP 00A0 |
Symbols and punctuation  Differences from code page 859
# Character Encodings/Code Tables/MS-DOS/Code page 30008

Code page 30008 is a code page intended for Abkhaz and Ossetian.

## Character set

The following table shows code page 30008. Each character is shown with its equivalent Unicode code point. Only the second half of the table (128–255) is shown, the first half (0–127) being the same as code page 437.
Code page 30008 :
| | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | A | B | C | D | E | F |
| 8x 128 | А 0410 | Б 0411 | В 0412 | Г 0413 | Д 0414 | Е 0415 | Ж 0416 | З 0417 | И 0418 | Й 0419 | К 041A | Л 041B | М 041C | Н 041D | О 041E | П 041F |
| 9x 144 | Р 0420 | С 0421 | Т 0422 | У 0423 | Ф 0424 | Х 0425 | Ц 0426 | Ч 0427 | Ш 0428 | Щ 0429 | Ъ 042A | Ы 042B | Ь 042C | Э 042D | Ю 042E | Я 042F |
| Ax 160 | а 0430 | б 0431 | в 0432 | г 0433 | д 0434 | е 0435 | ж 0436 | з 0437 | и 0438 | й 0439 | к 043A | л 043B | м 043C | н 043D | о 043E | п 043F |
| Bx 176 | ░ 2591 | ▒ 2592 | ▓ 2593 | │ 2502 | ┤ 2524 | Ҕ 0494 | ҕ 0495 | Џ 040F | џ 045F | ╣ 2563 | ║ 2551 | ╗ 2557 | ╝ 255D | Ҽ 04BC | ҽ 04BD | ┐ 2510 |
| Cx 192 | └ 2514 | ┴ 2534 | ┬ 252C | ├ 251C | ─ 2500 | ┼ 253C | Ҿ 04BE | ҿ 04BF | ╚ 255A | ╔ 2554 | ╩ 2569 | ╦ 2566 | ╠ 2560 | ═ 2550 | ╬ 256C | Ӡ 04E0 |
| Dx 208 | ӡ 04E1 | Қ 049A | қ 049B | Ҟ 049E | ҟ 049F | Ҩ 04A8 | ҩ 04A9 | Ԥ 0524 | ԥ 0525 | ┘ 2518 | ┌ 250C | █ 2588 | ▄ 2584 | ▌ 258C | ▐ 2590 | ▀ 2580 |
| Ex 224 | р 0440 | с 0441 | т 0442 | у 0443 | ф 0444 | х 0445 | ц 0446 | ч 0447 | ш 0448 | щ 0449 | ъ 044A | ы 044B | ь 044C | э 044D | ю 044E | я 044F |
| Fx 240 | Ё 0401 | ё 0451 | Ҭ 04AC | ҭ 04AD | Ҳ 04B2 | ҳ 04B3 | Ҵ 04B4 | ҵ 04B5 | Ҷ 04B6 | ҷ 04B7 | Ӕ 04D4 | ӕ 04D5 | № 2116 | € 20AC | ә 04D9 | NBSP 00A0 |
Symbols and punctuation  Differences from code page 808
# Character Encodings/Code Tables/MS-DOS/Code page 30009

Code page 30009 is a code page intended for the Romani languages and the Turkic languages.

## Character set

The following table shows code page 30009. Each character is shown with its equivalent Unicode code point. Only the second half of the table (128–255) is shown, the first half (0–127) being the same as code page 437.
Code page 30009 :
| | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | A | B | C | D | E | F |
| 8x 128 | Ç 00C7 | ü 00FC | é 00E9 | â 00E2 | ä 00E4 | ǩ 01E9 | ć 0107 | ç 00E7 | ê 00EA | ë 00EB | ď 010F | ï 00EF | î 00EE | ı 0131 | Ä 00C4 | Ć 0106 |
| 9x 144 | É 00C9 | ə 0259 | Ə 018F | ɵ 0275 | ö 00F6 | ń 0144 | û 00FB | ù 00F9 | İ 0130 | Ö 00D6 | Ü 00DC | Ť 0164 | ť 0165 | p̌ | Ş 015E | ş 015F |
| Ax 160 | á 00E1 | í 00ED | ó 00F3 | ú 00FA | ñ 00F1 | Ñ 00D1 | Ğ 011E | ğ 011F | ž 017E | Ž 017D | ź 017A | Ź 0179 | č 010D | Č 010C | « 00AB | » 00BB |
| Bx 176 | ░ 2591 | ▒ 2592 | ▓ 2593 | │ 2502 | ┤ 2524 | Á 00C1 | Â 00C2 | Ǩ 01E8 | ꞑ A791 | ╣ 2563 | ║ 2551 | ╗ 2557 | ╝ 255D | ȟ 021F | Ȟ 021E | ┐ 2510 |
| Cx 192 | └ 2514 | ┴ 2534 | ┬ 252C | ├ 251C | ─ 2500 | ┼ 253C | ã 00E3 | Ã 00C3 | ╚ 255A | ╔ 2554 | ╩ 2569 | ╦ 2566 | ╠ 2560 | ═ 2550 | ╬ 256C | ¤ 00A4 |
| Dx 208 | ǵ 01F5 | Ǵ 01F4 | Ê 00CA | Ë 00CB | Ď 010E | € 20AC | Í 00CD | Î 00CE | Ï 00CF | ┘ 2518 | ┌ 250C | █ 2588 | ▄ 2584 | ǧ 01E7 | Ǧ 01E6 | ▀ 2580 |
| Ex 224 | Ó 00D3 | ß 00DF | Ɵ 019F | Ń 0143 | ň 0148 | Ň 0147 | Š 0160 | š 0161 | ŕ 0155 | Ú 00DA | Û 00DB | Ù 00D9 | ý 00FD | Ý 00DD | Ꞑ A790 | ´ 00B4 |
| Fx 240 | SHY 00AD | Ľ 013D | ľ 013E | ţ 0163 | Ţ 0162 | § 00A7 | Ŕ 0154 | ¸ 00B8 | ° 00B0 | P̌ | ś 015B | Ś 015A | Ř 0158 | ř 0159 | ■ 25A0 | NBSP 00A0 |
Symbols and punctuation  Differences from code page 857