ᶯ U+1DAF Unicode文字
Unicode
U+1DAF
ᶯ
数値文字参照
ᶯ ᶯ
URLエンコード(UTF-8)
%E1%B6%AF
ユニコード名
MODIFIER LETTER SMALL N WITH RETROFLEX HOOK
一般カテゴリ－
Letter, Modifier（文字，修飾）
Base64エンコード : 4bav
「ᶯ」に似ている意味の文字
ᶯの説明
上付き文字（うえつきもじ、英: superscript）は、基準となる文字より上部に記述される添え字である。
数学における冪乗を表す目的や、化学におけるイオン価数を表す目的、原子核物理学・放射線医学などにおける放射性同位元素の質量数を表す目的として使われるほか、文書における脚注参照、単位記号、TMなどの一部記号、発音記号などとしても用いられる。
冪乗の目的で使用される場合は、イオン価数の目的で使用される文字よりも上部に表記される。
フランス語、イタリア語、スペイン語などのロマンス諸語では、数字に上付きで e もしくは o/a を付記し、序数とその性を表示する。Unicode では、序数標識 º と ª が用意されている。これらは音楽などにも流用され、たとえばtempo primo（テンポプリーモ）をtempo 1ºと表記する。
HTMLのタグで表記する場合は<sup>上付き文字</sup>が使用される。[出典:Wikipedia]
ᶯの文字を使った例文
ᶯ is a letter that you may have never seen before. It is a small capital n with a diagonal stroke on the upper right corner. This unique letter is known as the 'superscript small capital n' in phonetic terminology. It has a limited use in the written language, mainly in the context of linguistic notation. However, the existence of this letter illustrates the complexity and diversity of the English language. The English alphabet has only 26 letters, but there are numerous sounds that require different combinations of letters and diacritical marks to represent accurately. The International Phonetic Alphabet (IPA) provides a comprehensive system for transcribing sounds from any language, and ᶯ is just one of the many symbols that it uses. The history of the IPA dates back to the late 19th century when linguists and phoneticians recognized the need for a standardized phonetic notation. The IPA was first published in 1888 and has undergone several revisions since then. It currently consists of 107 letters and 52 diacritical marks, offering a tool for precise transcription of any speech sound. ᶯ is just one of the many symbols that represent vocalic or consonantal sounds, breathiness, nasalization, and tone. Although the IPA is mainly used by linguists, it also has applications in language teaching, speech therapy, and language technology. The IPA can help learners and speakers of any language to understand and produce the sounds of another language accurately. It can also aid speech therapists in diagnosing and treating speech disorders. Moreover, the IPA can support the development of speech recognition software and machine translation systems. By using phonetic transcriptions, computers can learn to recognize and generate accurate speech, which can benefit many fields such as education, entertainment, and healthcare. The use of ᶯ and other IPA symbols can make a significant difference in the accuracy and efficiency of such applications. In conclusion, ᶯ may be a tiny and obscure letter, but its existence reflects the diversity and richness of the English language and the complexity of human communication. By using the IPA and its symbols, we can better understand and appreciate the sounds of our own and other languages, and harness the power of technology to improve communication and access to information.(この例文はAIにより作成されています。特定の文字を含む文章を出力していますが内容が正確でない場合があります。)