| 1. | Iid interaural intensity difference
两侧声音强度差别 |
| 2. | Iid interaural intensity difference
两侧声音强度差别 |
| 3. | 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。 |
| 4. | If a scatterer like human head is used , intensity differences among microphones can be obtained efficiently
如果能够利用一个类似人头的散射体，则可有效地获得传声器之间的强度差信息。 |
| 5. | After flushed the fluorescence intensity difference between treatment group and control group was observed under fluorescence microscope . 4
冲洗后在荧光倒置显微镜下观察实验组和对照组巨噬细胞的荧光强弱差异。 |
| 6. | After flushing the fluorescence intensity difference between treatment group and control group was observed under fluorescence microscope
冲洗后激光扫描共聚焦显微镜下观察实验组和对照组巨噬细胞的荧光强弱的差异。 |
| 7. | It successfully overcomes the drawbacks the general intensity difference method has , ensuring the structure continuity within the textures and retaining perceptual coherence in synthesized texture and inpainted image
息的连贯性，从而确保合成后的纹理及修复后的图像在视觉上的连贯性。 |
| 8. | Shotcrete - rock bolt support and concrete lining are important parts of timbering structures in modern tunnel construction , and there are also essentials for natm . the intensity difference of concrete is big because of the big randomicity at the aspects of material , metage of additive , mix round , ratio of water and lime , spray construct and water maintain
由于喷射混凝土和二次衬砌在拌和料、外加速凝剂的称量、拌匀以及水灰比的配比、在喷射作业及洒水养护上都存在着很大的随机性，其强度的差异也较大。 |
| 9. | To register two three - dimension ( 3d ) medical images , the algorithm makes the intensity histogram of the images on the basis of pixel intensity and then iteratively transforms the images rigidly to minimize the intensity differences between the images and determines the one to one correspondence between the pixels
首先根据三维医学图像的象素浓度信息计算出三维图像的浓度直方图，再叠代地对图像进行刚体变换使得配准图像间的浓度距离最小，实现配准图像象素之间的一一对应。 |
| 10. | Firstly human ' s auditory system structure and auditory characteristics are introduced in this paper , and then , some concepts such as intramural time differences ( itd ) , intramural intensity differences ( iid ) and head - related transfer function ( hrtf ) are adopted to implement auditory localization . later the constructions of transaural audio localization are proposed based on the hrtf
因此,本文首先介绍了人类的听觉系统结构和听觉特性,接着分析了优先效应、耳廓效应等因素对音频定位的影响,阐明了人类进行音频定位所必需的耳间时间差,耳间强度差以及头部关联传递函数的概念。 |
