Zhong-Qiu WANG
Dados Biográficos
| ID | 8917504 |
|---|---|
| NOME | Zhong-Qiu WANG |
| PRENOMES | Zhong-Qiu |
| SOBRENOME | WANG |
| ASSINATURA | WANG Z |
| ORCID | 0000-0002-4204-9430 |
| VERIFICADO | Sim |
| TOTAL DE OBRAS | 2 |
| TOTAL DE CITAÇÕES | 0 |
| OBRAS COMO AUTOR | 2 |
| OBRAS COMO EDITOR | 0 |
| PRIMEIRO ANO DE PUBLICAÇÃO | 2011 |
| ANO MAIS RECENTE DE PUBLICAÇÃO | 2025 |
| ÍNDICE H | 0 |
Identifying Key Indicators for Soil Quality Assessment in Reclaimed Loess Coal Mining Areas of China
Mining activities cause severe degradation of soil structure and nutrient loss, making land reclamation a crucial measure for restoring ecosystem functions in mining areas. Investigating the key indicators of reconstructed soil quality and their succession patterns enables a robust assessment of reclamation measures, providing a scientific basis for optimising land reclamation strategies and ecological management in mining regions. Existing studi…
Brain Areas Activated and Cognitive Approaches Adopted in L2 Phonological Process
摘要: 采用行为测量和功能性核磁共振成像技术, 以明确二语语音的激活脑区定位与识别方式。本文对比分析了23名高水平晚双语者在进行高频、强规则性和强词汇性二语真词的同韵判断时, 与假词和对照字符在行为学和影像学上所表现出来的差异。行为学和影像学结果显示:高水平晚双语者在识别真词和假词的语音时, 速度相近, 均明显慢于对照字符的识别; 所激活的脑区集中在左背侧外额叶系统功能区、左腹侧前额叶系统功能区、左背侧顶下系统功能区和双腹侧颞-枕系统功能区; 这些脑区与其母语语音处理的脑区相似, 并在整体上表现出较强的左侧化, 在枕叶和小脑等局部表现出较弱的右侧化。上述结果表明:高水平晚双语者在识别二语语音时, 激活的脑区仍然是母语语音处理的脑区, 采用的可能是合成方式而不是直呼方式
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Brain Areas Activated and Cognitive Approaches Adopted in L2 Phonological Process
摘要: 采用行为测量和功能性核磁共振成像技术, 以明确二语语音的激活脑区定位与识别方式。本文对比分析了23名高水平晚双语者在进行高频、强规则性和强词汇性二语真词的同韵判断时, 与假词和对照字符在行为学和影像学上所表现出来的差异。行为学和影像学结果显示:高水平晚双语者在识别真词和假词的语音时, 速度相近, 均明显慢于对照字符的识别; 所激活的脑区集中在左背侧外额叶系统功能区、左腹侧前额叶系统功能区、左背侧顶下系统功能区和双腹侧颞-枕系统功能区; 这些脑区与其母语语音处理的脑区相似, 并在整体上表现出较强的左侧化, 在枕叶和小脑等局部表现出较弱的右侧化。上述结果表明:高水平晚双语者在识别二语语音时, 激活的脑区仍然是母语语音处理的脑区, 采用的可能是合成方式而不是直呼方式
Identifying Key Indicators for Soil Quality Assessment in Reclaimed Loess Coal Mining Areas of China
Mining activities cause severe degradation of soil structure and nutrient loss, making land reclamation a crucial measure for restoring ecosystem functions in mining areas. Investigating the key indicators of reconstructed soil quality and their succession patterns enables a robust assessment of reclamation measures, providing a scientific basis for optimising land reclamation strategies and ecological management in mining regions. Existing studi…
Computer Science (2 obras) · Archaeology (1 obra) · China (1 obra) · Coal (1 obra) · Coal mining (1 obra) · Cognition (1 obra) · Cognitive psychology (1 obra) · Engineering (1 obra) · Environmental Science (1 obra) · Geography (1 obra)