1) binaural hearing environment
双耳听音环境
1.
Simulation of binaural hearing environment is an important approach for the design and assessment of sound fields in buildings or cabins.
双耳听音环境仿真是设计和评价建筑或舱内声场的重要技术手段。
2) acoustic surrounding
听音环境
1.
Standards about subjective acoustic level and acoustic surrounding were introduced in this paper.
介绍了主观听音评价相关标准及听音环境与方法,阐述了专业音响系统和设备的主观听音评价复杂性并提出相关建议。
3) binaural listening system
双耳听音系统(声)
4) dichotic listening
双耳分听
1.
In dichotic listening,left-and right-handers undertook the category classify task on concrete nouns(animals,objects,body parts) of Chinese single characters to examine the cerebral functional lateralization and integration for semantic processing of auditory words in different handers.
左右利手被试在双耳分听呈现条件下完成单个汉字具体名词(动物、物体和身体部位)的范畴归类任务,检查不同利手者大脑两半球加工听觉词汇语义的大脑功能偏侧化与整合效应。
2.
In dichotic listening, a right ear advantage reflects left hemisphere specialization, and a left ear advantage reflects right hemisphere specialization.
采用双耳分听的任务探讨了汉语普通话声调加工的右耳优势问题 ,并引进反应手的因素 ,探讨了汉语声调加工的右耳优势的机制。
6) Binaural Auralization
双耳可听化
1.
Relative to auralization application, research on the factors affecting binaural auralization quality was seldom.
而双耳可听化特指通过双耳信号的重放来实现的可听化,是当前应用得最为广泛的可听化技术。
补充资料：眼观六路，耳听八方
1.见"眼观四处，耳听八方"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条