true angle of internal friction

基本解释真内摩擦角

网络释义

1)true angle of internal friction,真内摩擦角2)angle of true internal friction,ψe,真内摩擦角3)true angle internal friction,抗剪强度真内摩擦角4)Virtual endoscopy,仿真内镜5)Virtual endoscopy,仿真内窥镜6)CT virtual endoscopy,CT仿真内镜7)ARMSim simulation core,ARMSim仿真内核8)virtual endoscopy,仿真内镜检查9)Magnetic resonance endoscopy,磁共振仿真内镜10)virtual endoscopy(VE),仿真内窥镜技术

用法和例句

Multislice spiral CT virtual endoscopy in coronary artery examination;

多层螺旋CT仿真内镜在冠状动脉检查中的应用

Objective:To observe normal and abnormal findings of foramina within internal auditory canal(IAC) fundus with Virtual Endoscopy of multisection helical Computed Tomography.

目的:用多层螺旋CT仿真内镜成像方法显示内耳道底神经管孔的正常解剖及发育异常,并分析各种内耳道底神经管孔发育不全的仿真内镜表现。

Objective:To investigate the technique and clinical value of spiral CT virtual endoscopy of middle ear.

目的 :研究螺旋 CT中耳仿真内镜的检查方法以及临床应用价值。

Objective:To assess the values of virtual endoscopy(VE) of normal middle ear and shaded surface display (SSD) of ossicular chain on 64-detector CT.

目的:探讨64排螺旋CT仿真内窥镜(CTVE)和听骨链表面遮盖法(SSD)成像对正常中耳结构的显示情况及其技术方法。

Objective To discuss application of MR virtual endoscopy(MRVE) in cerebrovascular examination.

目的探讨磁共振仿真内窥镜在脑血管方面的临床应用。

Objective To evaluate spiral CT scanning and CT virtual endoscopy(CTVE) in the clinical diagnosis of gastric carcinoma.

目的探讨螺旋CT扫描及CT仿真内窥镜成像技术在胃癌中的临床诊断价值。

Objective:To explore the clinical application of CT virtual endoscopy(CTVE) of ossicular chain in middle ear,and to establish the accurate method of observing ossicular chain and middle ear anatomy.

目的:探讨CT仿真内镜(CTVE)显示中耳正常结构的方法,确立显示听骨链及其他中耳结构的位点和方法。

The status and prospect of clinical application of multislice CT including CT angiography,CT perfusion and CT virtual endoscopy were also analyzed and expected.

阐述和总结了多层CT在设备技术等方面,包括探测器、球管和数据处理系统的进展,并对多层CT在CT血管成像、CT灌注成像、CT仿真内镜等方面的临床应用、现状以及未来的应用前景作了分析和展望,同时提出了因多层CT的出现而迫切需要解决的一些问题。

Objective (1)To observe the imaging features of the normal anatomic structures of middle ear using CT virtual endoscopy.

目的 了解中耳正常结构在CT仿真内镜下的影像学特征。

This paper proposes a modeling methodology of virtual component level microprocessor (virtual microprocessor) based on ARMSim simulation core ,it can simplify the design of SoC system.

提出了一种基于ARMSim仿真内核的虚部件级微处理器(虚拟微处理器)的模型构造方法,可以简化SoC系统的设计。

Objective:To improve the diagnostic value of CT by applying helical CT virtual endoscopy(VE)to the diagnosis of early peripheral lung cancer.

目的 :通过螺旋CT仿真内窥镜技术在早期周围性肺癌诊断中的应用 ,进一步提高CT在早期周围性肺癌中的诊断价值 ,丰富CT的诊断手段。

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