1.
It is known that interaural intensity difference (IID) is also an important cue in human auditory localization mechanism.
在听觉定位中，双耳强度差也是一个重要的线索。
2.
Interpeak latencies (IPL) were not chcted byshmulus intensity but thected by 8ex.
双耳潜伏期与峰间期的差值亦不受刺激强度(Ⅰ波除外)的影响,但与性别有关。
3.
Variance Analysis of Two Factors on the Hydraulic Asphaltic Concrete Strength
水工沥青混凝土强度双因素方差分析
4.
The normal value of DPOAE and effect of intensity differ of probe tone
畸变产物耳声发射的正常值及探测音强度差对其的影响
5.
alternate binaural loudness balance test
双耳交替响度平衡试验
6.
Localization of sound depends on the recognition of minute differences in intensity and in the time of arrival of the sound at the two ears.
声音的定位是取决于声音在两只耳朵到达时间与强度的细微差异分辨。
7.
An Analysis of the Error of the Formula of Atmospheric Intensity of Pressure by Using the Dalton Partial Pressure Law;
用道耳顿分压定律分析大气压强公式的误差
8.
Diameter, Tolerance and Tensile Strength
直径，公差及拉力强度
9.
Talk about the difference characters between high intensity concrete and ordinary concrete;
高强度和普通混凝土强度的差异分析
10.
Research on the Structure Strength of Schnabel and Ear on Schnabel Car
钳夹车钳形梁及车耳结构强度的研究
11.
BINAURAL HEARING AT 95dB CLICK OF CAT;
短声强度为95dB时猫的两耳听现象
12.
Hardening function of two-parameter twin shear unified failure criterion
双剪双参数强度准则硬化函数的探讨
13.
DETERMINATION OF CHLORAMPHENICOL EAR DROPS BY DUAL WAVELENGTH UV SPECTROPHOTOMETRY
氯霉素滴耳液的双波长分光光度测定法
14.
Visibility of Interference Fringe In Fresnel s Double Prism Experiment;
关于菲涅耳双棱镜实验中干涉条纹的可见度
15.
Application of High Precision TDOA and FDOA Measurement Technique in Dual-station Location System
高精度时差/频差测量在双站定位中的应用
16.
Structural Design and Strength Calculation for a New Type of the Earring-type's Spiral Wound Gasket
新型耳环式缠绕垫片的结构设计与强度计算
17.
CALCULATION METHOD FOR STRENGTH OF TRUNNIONS AND LOCAL STRESS INDUCED IN SHELL AROUND TRUNNIONS
轴式吊耳强度计算及壳体局部应力校核方法
18.
Strength Analyses of Three-dimensional Five-directional Braided Composites Lug
三维五向编织复合材料单耳接头强度分析