Article published In: Language and Linguistics
Vol. 27:1 (2026) ► pp.53–72
Semantic activation of phonetic radicals in Chinese ideophonetic compound processing
Meng Jiang | Sichuan International Studies University | International Joint Institute of Brain Computer Language Interface
Xia Wang | Sichuan International Studies University | International Joint Institute of Brain Computer Language Interface
Available under the Creative Commons Attribution (CC BY) 4.0 license.
For any use beyond this license, please contact the publisher at rights@benjamins.nl.
Published online: 13 October 2025
https://doi.org/10.1075/lali.00253.jia
https://doi.org/10.1075/lali.00253.jia
Abstract
The phonetic radicals embedded in Chinese ideophonetic compounds serve as indicators of the ideophonetic
compounds’ pronunciations. The mainstream research, therefore, has focused on the phonological activation of the
phonetic radicals and their contribution to the host ideophonetic compounds’ phonological processing. The present study, however,
by employing a primed part-of-speech judgment task and manipulating the phonetic regularity variable, examined
phonetic radicals’ semantic, instead of phonological, activation as well as the role of phonetic
regularity in the processing of the host ideophonetic compounds. These results endorsed the presence of the semantic
activation of phonetic radicals, refuting the influence of phonetic regularity on their activation. Conversely, they affirm that
phonetic regularity could modulate the semantic activation of the entire ideophonetic compound.
Article outline
- 1.Introduction
- 1.1Introduction to Chinese ideophonetic compounds and phonetic radicals
- 1.2Uncertainty concerning the semantic activation of phonetic radicals
- 1.3The present study
- 2.Method
- 2.1Participants
- 2.2Materials and design
- 2.3Procedure
- 3.Results
- 4.Discussion
- 5.Conclusion
- List of abbreviations
References
References (39)
Bi, Yanchao & Zhou, Xiaolin & Shu, Hua. 1998. Spread
of activation between different types of lexical representation. Xinli
Xuebao 30(3). 262–268.
Brysbaert, Marc. 2019. How
many participants do we have to include in properly powered experiments? A tutorial of power analysis with reference
tables. Journal of
cognition 2(1). 16.
Buchner, Axel & Erdfelder, Edgar & Faul, Franz & Lang, Albert-Georg. 2023. G*Power
3.1 manual. ([URL]) (Accessed 2024-10-02.)
Chen, Hsuan-Chih & Shu, Hua. 2001. Lexical
activation during the recognition of Chinese characters: Evidence against early phonological
activation. Psychonomic Bulletin &
Review 8(3). 511–518.
Chen, Hsuan-Chih & Flores d’Arcais, Giovanni B. & Cheung, Sim-Ling. 1995. Orthographic
and phonological activation in recognizing Chinese characters. Psychological
Research 58(2). 144–153.
Cohen, Jacob. 1969. Statistical
power analysis for the behavioral sciences. New York: Academic Press.
Faul, Franz & Erdfelder, Edgar & Lang, Albert-Georg & Buchner, Axel. 2007. G*
Power 3: A flexible statistical power analysis program for the social, behavioral, and biomedical
sciences. Behavior Research
Methods 39(2). 175–191.
Ho, Connie Suk-Han & Bryant, Peter. 1997. Learning
to read Chinese beyond the logographic phase. Reading Research
Quarterly 32(3). 276–289.
Ho, Connie Suk-Han & Wong, Wai-Ling & Chan, Wing-Sau. 1999. The
use of orthographic analogies in learning to read Chinese. The Journal of Child Psychology and
Psychiatry and Allied
Disciplines 40(3). 393–403.
Hung, Yi-hui & Hung, Daisy L. & Tzeng, Ovid J. -L. & Wu, Denise H. 2014. Tracking the temporal
dynamics of the processing of phonetic and semantic radicals in Chinese character recognition by
MEG. Journal of
Neurolinguistics 291. 42–65.
Law, Sam-Po & Weekes, Bredan S. & Wong, Winsy & Chiu, Karen. 2009. Reading
aloud pseudo-characters by individuals with acquired dyslexia: Evidence for lexically mediated processes in reading
Chinese. Language Cognition
Process 24(7–8). 983–1008.
Lee, Chia-Ying & Tsai, Jie-Li & Huang, Hsu-Wen & Hung, Daisy L. & Tzeng, Ovid J.-L. 2006. The temporal
signatures of semantic and phonological activations for Chinese sublexical processing: An event-related potential
study. Brain
Research 1121(1). 150–159.
Lee, Chia-Ying & Tsai, Jie-Li & Kuo, Wen-Jui & Yeh, Tzu-Chen & Wu, Yu-Te & Ho, Low-Tone & Hung, Daisy L. & Tzeng, Ovid J. -L. & Hsieh, Jen-Chuen. 2004. Neuronal
correlates of consistency and frequency effects on Chinese character naming: An event-related fMRI
study. Neuroimage 23(4). 1235–1245.
Li, Hong & Chen, Hsuan-Chih. 1997. Processing
of radicals in Chinese character recognition. In Chen, Hsuan-Chih (ed.), Cognitive
processing of Chinese and related Asian
languages, 141–160. Hong Kong: The Chinese University Press.
Liu, Yang & Zhang, Jie & Li, Hong. 2023. Use
of partial information to learn to read Chinese characters in non-native Chinese
learners. Language Teaching
Research 27(1). 168–180.
Liu, Yingyi & Liu, Duo. 2018. Noncompound
and compound Chinese character reading: Are they the same for second-grade Hong Kong Chinese
children? Learning and Individual
Differences 621. 62–68.
Luo, Jiefei & Wu, Yan & Jiao, Runkai. 2018. Parafoveal
processing in Chinese sentence reading: Early extraction of radical level phonology. Frontiers
in Psychology 91. 1605.
Melinger, Alissa & Koenig, Jean-Pierre. 2007. Part-of-speech
persistence: The influence of part-of-speech information on lexical processes. Journal of
Memory and
Language 56(4). 472–489.
Momma, Shota & Buffinton, Julia & Slevc, L. Robert & Phillips, Colin. 2020. Syntactic
category constrains lexical competition in
speaking. Cognition 1971. Article
104183.
Perfetti, Charles A. & Tan, Li Hai. 1998. The time course of
graphic, phonological, and semantic activation in Chinese character identification. Journal of
Experimental Psychology: Learning, Memory, and
Cognition 24(1). 101–118.
Perfetti, Charles A. & Liu, Ying & Tan, Li Hai. 2005. The lexical
constituency model: Some implications of research on Chinese for general theories of
reading. Psychological
Review 112(1). 43–59.
Rickard Liow, Susan J. & Tng, Siok Keng & Lee, Cher Leng. 1999. Chinese characters:
Semantic and phonetic regularity norms for China, Singapore, and Taiwan. Behavior Research
Methods, Instruments, &
Computers 31(1). 155–177.
Seidenberg, Mark S. 1985. The time course of phonological
code activation in two writing
systems. Cognition 19(1). 1–30.
Shu, Hua & Anderson, Richard C. & Wu, Ningning. 2000. Phonetic
awareness: Knowledge of orthography-phonology relationships in the character acquisition of Chinese
children. Journal of Educational
Psychology 92(1). 56–62.
Tan, Li Hai & Hoosain, Rumjahn & Peng, Dan-ling. 1995. Role
of early presemantic phonological code in Chinese character identification. Journal of
Experimental Psychology: Learning, Memory, and
Cognition 21(1). 43–54.
Tsang, Yiu-Kei & Wu, Yan & Ng, Hezul Tin-Yan & Chen, Hsuan-Chih. 2017. Semantic
activation of phonetic radicals in Chinese. Language, Cognition and
Neuroscience 32(5). 618–636.
Wang, Xieshun & Wu, Yan & Zhao, Simin & Ni, Chao & & Zhang, Ming. 2016. The
effects of semantic radicals and phonetic radicals in Chinese phonogram recognition. Xinli
Xuebao 48(2). 130–140.
Yeh, Su-Ling & Chou, Wei-Lun & Ho, Pokuan. 2017. Lexical
processing of Chinese sub-character components: Semantic activation of phonetic radicals as revealed by the Stroop
effect. Scientific Reports 71. Article
15782.
Yin, Wen Gang & Weekes, Brendan Stuart. 2003. Dyslexia in
Chinese: Clues from cognitive neuropsychology. Annals of
Dyslexia 53(1). 255–279.
Yum, Yen Na & Law, Sam-Po & Su, I-Fan & Lau, Kai-Yan Dustin & Mo, Kwan Nok. 2014. An ERP study of
effects of regularity and consistency in delayed naming and lexicality judgment in a logographic writing
system. Frontiers in
Psychology 51. 315.
Zhang, Haiwei & Kim, Sun-A. & Zhang, Xueyan. 2022. A
comparative study of three measurement methods of Chinese character recognition for L2 Chinese
learners. Frontiers in
Psychology 131. 753913.
Zhang, Jijia & Wang, Juan & Yin, Cong. 2014. The
role of phonetic radicals and semantic radicals in phonetics and semantics extraction of phonogram characters: An eye movement
study on components perception. Xinli
Xuebao 46(7). 885–900.
Zhang, Qin & Zhang, John X. & Kong, Lingyue. 2009. An
ERP study on the time course of phonological and semantic activation in Chinese word
recognition. International Journal of
Psychophysiology 73(3). 235–245.
Zhou, Lin & Perfetti, Charles. 2021. Consistency
and regularity effects in character identification: A greater role for global than local mapping
congruence. Brain and Language 2211. Article
104997.
Zhou, Xiaolin & Marslen-Wilson, William. 1999a. Sublexical
processing in reading Chinese. In Wang, Jian & Inhoff, Albrecht & Chen, Hsuan-Chih (eds.), Reading
Chinese script: A cognitive
analysis, 37–63. Mahwah: Lawrence Erlbaum Associates.
. 1999b. The
nature of sublexical processing in reading Chinese characters. Journal of Experimental
Psychology: Learning, Memory, and
Cognition 25(4). 819–837.
