核医学图像处理工作站是核医学成像设备的重要组成部分。
The workstation of nuclear medicine image is one of indispensable sets in nuclear medicine imaging equipment.
为了正确诊断疾病，需要对MRI、PET等核医学图像进行增强处理。
In order to exactitude diagnosis disease, the nuclear medical image, for example MRI and PET, need to be enhanced.
根据核医学图像的特点，给出了核医学图像的平滑对比度拉伸处理算法。
According to the characteristics of nuclear medical image, a contrast stretching algorithm of smoothed image is provided.
目的探索建立三维核医学图像配准和融合进行心肌存活评价的定量分析方法。
Objective To establish a new quantitative analyzing method for myocardial viability evaluation based on the 3-d registration and fusion of the nuclear medicine images.
本文根据核医学图像的特点，研究JPEG2000图像压缩在核医学图像中的应用规律。
To study the usefulness of JPEG2000 compression of nuclear medicine image, research work was carried out in this article as following.
核医学图像是功能成像，被广泛地应用于肿瘤的诊断、心脑血管疾病的诊断与研究等各个方面。
Nuclear medical imaging is functional imaging, which is broadly used in all kinds of field, such as the diagnoses of cancer and heart's or brain's blood vessel diseases.
核医学图像是功能成像，被广泛地运用于癌症的诊断、脑功能的研究以及心脏病的研究等各个方面。而核医学仪器的图像校正和质量控制对于提高核医学图像的质量至关重要。
Nuclear medical imaging is functional imaging, which is broadly used in all kinds of fields, such as the detection of cancer, the studying of functional brain and the studying of cardiopathy.
PET图像由核医学医师评估。
核医学仪器采集的图像如不经过校正，则不能提供正确的信息。
The primitive imaging obtained by nuclear medical instrument can not provide right information without correction.
由于核医学仪器在计算位置信息时的特点，采集的原始图像总会在线性和均匀性上出现偏差。
Because of the character of calculating position of nuclear medical instrument, linearity and uniformity are not satisfactory in the primitive imaging.
宠物，一个核医学成像形态，很适合于透过使用发出正电子的化学实体产生这样的多种图像。
PET, a nuclear medical imaging modality, is ideally suited to produce such kinds of images by use of positron-emitting chemical entities.
另外，同机SPECT和CT或符合线路PET和CT的图像融合，为核医学的功能图像提供了解剖学定位。
In addition, the image fusion of SPECT and ct or coincidence PET and ct in one modality provides anatomic localization for the functional image of nuclear medicine.
另外，同机SPECT和CT或符合线路PET和CT的图像融合，为核医学的功能图像提供了解剖学定位。
In addition, the image fusion of SPECT and ct or coincidence PET and ct in one modality provides anatomic localization for the functional image of nuclear medicine.
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