1) Fundamental imaging
基波成像
1.
Methods THI and Fundamental imaging(FI) were performed in 90 cases of uterine and ovary diseases.
方法对90例子宫和卵巢病变患者进行传统超声成像即基波成像(Fundamental imaging,FI)与THI检查,采用双幅对比,评价图像质量。
2.
Methods Stomach fulled with oral ultrasonic contrast agent was examined with 2D or fundamental imaging and tissue harmonic imaging and to contrastly analyse FI and THI quanlity.
方法选择60例健康志愿者和20名胃部疾病患者,首先口服造影剂适当充盈胃腔,然后采用常规二维即基波成像(FI)与THI检查,对比分析FI与THI图像质量结果。
2) Fundamental imaging(FI)
常规基波成像(FI)
3) ultrasonic imaging physics basis
超声波成像的物理基础
1.
Mian body of a book passes physics basis discussion to ultrasonic imaging in important effect in surpassing sound medical science,shows having improved ultrasonic imaging physics basis quality of teaching significance,and having summed up the method of work enhancing the quality of education.
通过对超声波成像的物理基础在超声医学中的重要作用的讨论,说明提高超声波成像的物理基础教学质量的重要性,并总结了提高教学质量的几点做法。
4) thermal wave imaging
热波成像
1.
The basic conception, physical process and properties of thermal wave imaging are briefly introduced.
本文简要介绍了热波成像检测技术的基本概念,热波成像的物理过程、特点,综述了热波成像技术的开发和在材料科学中的应用。
2.
The results show that the thermal wave imaging would become main methods to detect the hidden corrosion in aircraft,at last,the latest developments domestic and abroad are presented.
总结对比了飞机隐藏腐蚀的各种检测方法,得出了热波成像技术成为飞机隐藏腐蚀检测发展新方向的结论,并介绍了基于热波成像技术的飞机隐藏腐蚀检测的国内外研究的进展情况。
3.
An infrared thermal wave imaging technique is developed for measuring thermal diffusivity of thin plate solid materials.
本文通过采用连续激光调制对试样周期加热产生稳定的温度波动和红外扫描动态测温的红外热波成像法获得温度波动的相位和幅值分布,测量固体材料热扩散率。
5) wave field imaging
波场成像
1.
However, because of the effective factor of practice wave field velocity, the most means of wave field imaging techniques are difficult to reach anticipation effect.
但由于受到实际波场速度因素的影响,许多波场成像方法难以达到预期的效果。
补充资料:波拉一步成像摄影
分子式:
CAS号:
性质:一种扩散转移成像过程,由波拉公司生产专用的波拉单反照相机和波拉胶片(负片和正片)。可在拍摄后20s内获得黑白照片或1min内获得彩色照片,无需冲洗加工。有各种性能的黑白片和彩色片。除用于一般摄影外,还可用于军事和科技摄影。
CAS号:
性质:一种扩散转移成像过程,由波拉公司生产专用的波拉单反照相机和波拉胶片(负片和正片)。可在拍摄后20s内获得黑白照片或1min内获得彩色照片,无需冲洗加工。有各种性能的黑白片和彩色片。除用于一般摄影外,还可用于军事和科技摄影。
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