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Radical 16 or radical table (几部), meaning small table, is one of 23 of the 214 Kangxi radicals that are composed of 2 strokes. 几 is also the 16th indexing component in the Table of Indexing Chinese Character Components predominantly adopted by Simplified Chinese dictionaries published in mainland China .
'Chinese character radicals table') is a lexicographic tool used to order the Chinese characters in mainland China. The specification is also known as GF 0011-2009. In China's normative documents, "radical" is defined as any component or 偏旁 piānpáng of Chinese characters, while 部首 is translated as "indexing component". [2]
Though radicals are widely accepted as a method to categorize Chinese characters and locate a certain character in a dictionary, there is no universal agreement about either the exact number of radicals or the set of radicals to be used, due to the sometimes arbitrary nature of the selection process. The Kangxi radicals are a de facto standard ...
Chart 3 of the General List includes 1753 characters which are simplified based on the same simplification principles used for components and radicals in Chart 2. This list is non-exhaustive, so if a character is not already found in Charts 1–3, but can be simplified in accordance with Chart 2, the character should be simplified.
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Radical 111 or radical arrow (矢部) meaning "arrow" is one of the 23 Kangxi radicals (214 radicals in total) composed of 5 strokes. In the Kangxi Dictionary , there are 64 characters (out of 49,030) to be found under this radical .
Radical 110 or radical spear (矛部) meaning "spear" is one of the 23 Kangxi radicals (214 radicals in total) composed of 5 strokes. In the Kangxi Dictionary , there are 65 characters (out of 49,030) to be found under this radical .
The radical cyclization step usually involves the attack of a radical on a multiple bond. After this step occurs, the resulting cyclized radicals are quenched through the action of a radical scavenger, a fragmentation process, or an electron-transfer reaction. Five- and six-membered rings are the most common products; formation of smaller and ...