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덠

hangul syllable deols

Hangul syllable Deols

덠 is a valid Hangul syllable block, but it has no established standalone word meaning in Korean as of 2026-09-13. Its component letters (jamo) are an initial consonant, a vowel, and a final consonant cluster; Korean spelling and pronunciation rules make that last cluster behave differently depending on what follows.

Text symbol
Search it as
덠 meaning · deols · ㄽ pronunciation · 겹받침 · 받침 · batchim · jamo · Dubeolsik
Shows up in
Anything that takes text · its shape is whatever your font draws

What 덠 means

By itself, 덠 has no established Korean word meaning.

Its Unicode decomposition is ᄃ + ᅥ + ᆳ: an initial consonant, a vowel, and a final consonant cluster. On a Korean Dubeolsik keyboard, the same block is entered as ㄷ + ㅓ + ㄹ + ㅅ.

At a word end or before a consonant, final ㄽ is pronounced like ㄹ; before a vowel, ㅅ moves to the next syllable and sounds like the tense Korean ㅆ. Hangul's earliest documentary trail begins in late 1443, with a court notice announcing the new letters; the explanatory Hunminjeongeum book followed in 1446. Hangul was designed to make Korean easier to read and write, since Chinese-character literacy was difficult for many people.

How did Hangul's role change?

It grew from a new literacy tool into a national writing system.

Early Hangul publications included Buddhist and Confucian works, followed by practical books, laws, and everyday labels. Records show it was used by royalty, noblewomen, and enslaved people, not just one social class. It became Korea's official national writing system in 1894 and lost that status under Japanese rule in 1910. South Korean spelling later drew on the Joseon Language Society's 1933 unification draft and was partly revised in 1988.

How does 덠 connect to other writing?

Its components are Hangul letters; proposed script ancestry is less certain.

Before Hangul, Korean was written with Chinese characters and Korean-specific methods such as Idu, Gugyeol, and Hyangchal. These adapted Chinese characters to represent Korean words or grammar; they are older ways of writing Korean, not components of 덠.

A visual link between Hangul and the Mongol-era Phags-pa script has been proposed because a few letter shapes look similar, but descent is not settled. Digitally, 덠 may be one precomposed syllable or a sequence of conjoining jamo. NFC (Normalization Form C) composes modern sequences, while NFD (Normalization Form D) exposes their parts. They can look alike while string length, cursor movement, and search differ.

In Korean text, 덠 functions as a syllable block; alone, it reads as an isolated text string rather than a message.

As a standalone reaction, it may look like an unexplained text test: it has no established word meaning by itself.

Don't confuse it with

3

Questions people ask

2

Why can 덠 split into jamo?

Because Hangul can be encoded as one precomposed syllable or as a sequence of component letters called jamo. NFC composes modern sequences; NFD exposes their parts, so the string can change while the rendered syllable looks the same.

How does ㄽ sound in Korean?

At a word end or before a consonant, it sounds like ㄹ. Before a vowel, ㅅ moves into the next syllable and becomes the tense Korean ㅆ.

How to type 덠

Windows (Word)
Alt+XType B360, then Alt+X to get 덠.
Windows
Win+Rrun charmap for the full table, or use the emoji picker's Ω symbols tab (Win + .).
macOS
Control+Command+SpaceOpen the character viewer and search “hangul syllable deols”.
Linux
Ctrl+Shift+UType b360, then Enter or Space.
HTML
덠
CSS
\B360
Korean Dubeolsik IME
To type 덠 with a Korean keyboard, select Dubeolsik and enter `e` `j` `f` `t`: these produce ㄷ, ㅓ, ㄹ, ㅅ, which the IME combines.
Jamo normalization
If input starts as conjoining jamo, normalize to NFC when the receiving system requires a precomposed Hangul block.
Codes and encoding1 code points
HTML decimal
덠
HTML hex
덠
CSS content
content: "\B360";
Each escape is closed by the next backslash; a trailing space is needed before a literal hex digit.
URL encoded
%EB%8D%A0
1
On screen
1
Code points
1
JS .length
3
UTF-8 bytes

A visible symbol can contain several code points. JS .length counts UTF-16 units; UTF-8 counts bytes.

Families this belongs to

2

Chinese, Japanese & Korean121,370 symbols

Korean syllables11,623 symbols