pseudobiographical$65001$ - définition. Qu'est-ce que pseudobiographical$65001$
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Qu'est-ce (qui) est pseudobiographical$65001$ - définition

WIKIMEDIA LIST ARTICLE
Meanings of asteroid names (65001-66000); Archeptolemos; Antoniucci; Emmarochelle; Franzrosenzweig; Lubenow; Mohr-Gruber; Paulandrew; Pierrehenry; Reikotosa; Ruthanna; Saramagrin; Sprowls; Meanings of minor planet names: 65001-66000; Ana Maria Teodorescu

UTF-8         
  • access-date=2020-07-24}}</ref> with UTF-8 overtaking all others in 2008 and over 60% of the web in 2012 (since then approaching 100%). UTF-8 is the only encoding of Unicode (explicitly) listed there, and the rest only provide subsets of Unicode. The ASCII-only figure includes all web pages that only contain ASCII characters, regardless of the declared header.
ASCII-COMPATIBLE VARIABLE-WIDTH ENCODING OF UNICODE, USING ONE TO FOUR BYTES
UTF8; Utf-8; Code page 65001; Utf8; UTF8 BIN; Unicode (UTF-8); UTF 8; Utf 8; EF BB BF; Modified UTF-8; FSS-UTF; CsUTF8; Wtf8; File System Safe UCS Transformation Format; AL32UTF8; Oracle AL32UTF8; Standard UTF-8; WTF-8; Wobbly Transformation Format; UTF-2; UTF-FSS; MUTF-8; UTF-8 encoded; Oracle UTF8; Uft-8; UTF-8-BOM; UTF-8 encoding
<character> (UCS transformation format 8) An ASCII-compatible multibyte Unicode and UCS encoding, used by Java and Plan 9. The Unicode character set occupies a 16-bit code space. The most obvious Unicode encoding (known as UCS-2) consists of a sequence of 16-bit words. Such strings can contain bytes like '' or '/' which have a special meaning in filenames and other C library function parameters. In addition, the majority of Unix tools expects ASCII files and can't read 16-bit words as characters without major modifications. For these reasons, UCS-2 is not a suitable external encoding of Unicode in filenames, text files, environment variables, etc. The ISO 10646 Universal Character Set (UCS), a superset of Unicode, occupies a 31-bit code space and the obvious UCS-4 encoding for it (a sequence of 32-bit words) has the same problems. The UTF-8 encoding of Unicode and UCS avoids the problems of fixed-length Unicode encodings because an ASCII file encoded in UTF is exactly same as the original ASCII file and all non-ASCII characters are guaranteed to have the most significant bit set (bit 0x80). This means that normal tools for text searching etc. work as expected. UTF-8 is defined in RFC 2279. ["File System Safe UCS Transformation Format (FSS_UTF)", X/Open Preliminary Specification, X/Open Company Ltd., Document Number: P316. This information also appears in ISO/IEC 10646, Annex P]. {Plan 9 UTF manual entry (ftp://ftp.uu.net/doc/obi/Bell.Labs/plan9pm/09utf.ps.Z)}. (1998-07-29)
UTF-8         
  • access-date=2020-07-24}}</ref> with UTF-8 overtaking all others in 2008 and over 60% of the web in 2012 (since then approaching 100%). UTF-8 is the only encoding of Unicode (explicitly) listed there, and the rest only provide subsets of Unicode. The ASCII-only figure includes all web pages that only contain ASCII characters, regardless of the declared header.
ASCII-COMPATIBLE VARIABLE-WIDTH ENCODING OF UNICODE, USING ONE TO FOUR BYTES
UTF8; Utf-8; Code page 65001; Utf8; UTF8 BIN; Unicode (UTF-8); UTF 8; Utf 8; EF BB BF; Modified UTF-8; FSS-UTF; CsUTF8; Wtf8; File System Safe UCS Transformation Format; AL32UTF8; Oracle AL32UTF8; Standard UTF-8; WTF-8; Wobbly Transformation Format; UTF-2; UTF-FSS; MUTF-8; UTF-8 encoded; Oracle UTF8; Uft-8; UTF-8-BOM; UTF-8 encoding
UTF-8 is a variable-width character encoding used for electronic communication. Defined by the Unicode Standard, the name is derived from Unicode (or Universal Coded Character Set) Transformation Format 8-bit.

Wikipédia

Meanings of minor planet names: 65001–66000

As minor planet discoveries are confirmed, they are given a permanent number by the IAU's Minor Planet Center (MPC), and the discoverers can then submit names for them, following the IAU's naming conventions. The list below concerns those minor planets in the specified number-range that have received names, and explains the meanings of those names.

Official naming citations of newly named small Solar System bodies are approved and published in a bulletin by IAU's Working Group for Small Bodies Nomenclature (WGSBN). Before May 2021, citations were published in MPC's Minor Planet Circulars for many decades. Recent citations can also be found on the JPL Small-Body Database (SBDB). Until his death in 2016, German astronomer Lutz D. Schmadel compiled these citations into the Dictionary of Minor Planet Names (DMP) and regularly updated the collection. Based on Paul Herget's The Names of the Minor Planets, Schmadel also researched the unclear origin of numerous asteroids, most of which had been named prior to World War II. This article incorporates text from this source, which is in the public domain: SBDB New namings may only be added to this list below after official publication as the preannouncement of names is condemned. The WGSBN publishes a comprehensive guideline for the naming rules of non-cometary small Solar-System bodies.