The model was segmented into 23 radiosensitive anatomic regions and compressed using a look-up table.

该人体模型包括23种辐射敏感器官，并用查找表技术压缩模型数据。

And two new segmented poly(urethaneureas) were prepared from poly(tetramethylene glycol)(PTMG) or polyadipate of 1,4 butanediol(PBA), MDI and Urea(as chain extender).

以尿素为扩链剂，合成列聚氨酯脲热塑性弹性体及其硬段模型化合物。

The predetection algorithm processes the entire image, in a low computational cost manner, to extract the potential targets based on the saliency of visual feature in each segmented region of image.

在处理的第阶段，通过快速扫描输入图像，根据视觉特征的显著性抽取潜在的目标集合。

The model was segmented into 23 radiosensitive anatomic regions and compressed using a look-up table.

该人体模型包括23种辐射敏感器官，并用查找表技术压缩模型数据。

And two new segmented poly(urethaneureas) were prepared from poly(tetramethylene glycol)(PTMG) or polyadipate of 1,4 butanediol(PBA), MDI and Urea(as chain extender).

以尿素为扩链剂，合成了一系列聚氨酯性弹性体及其硬段模型化合物。

The predetection algorithm processes the entire image, in a low computational cost manner, to extract the potential targets based on the saliency of visual feature in each segmented region of image.

在处理的第一阶段，通过快速扫描输入图像，根据视觉特征的显著性抽取潜在的目标集合。

The model was segmented into 23 radiosensitive anatomic regions and compressed using a look-up table.

该人体模型包括23种辐射敏感器官，并用查找表技术压缩模型数据。

And two new segmented poly(urethaneureas) were prepared from poly(tetramethylene glycol)(PTMG) or polyadipate of 1,4 butanediol(PBA), MDI and Urea(as chain extender).

以尿素为扩剂，合成了一系列聚氨酯脲热塑性弹性体及其硬模型化合物。

The predetection algorithm processes the entire image, in a low computational cost manner, to extract the potential targets based on the saliency of visual feature in each segmented region of image.

在处理的第一阶，通过快速扫描输入图像，根据视觉特征的显著性抽取潜在的目标集合。

The model was segmented into 23 radiosensitive anatomic regions and compressed using a look-up table.

该人体模型包括23种辐射敏感器官，并用查找表技术压缩模型数据。

And two new segmented poly(urethaneureas) were prepared from poly(tetramethylene glycol)(PTMG) or polyadipate of 1,4 butanediol(PBA), MDI and Urea(as chain extender).

以尿素为扩链剂，合了一系列聚氨酯脲热塑性弹性体及其硬模型化合物。

The predetection algorithm processes the entire image, in a low computational cost manner, to extract the potential targets based on the saliency of visual feature in each segmented region of image.

在处理的第一阶，通过快速扫描输入图像，根据视觉特征的显著性抽取潜在的目标集合。

The model was segmented into 23 radiosensitive anatomic regions and compressed using a look-up table.

该人体模型包括23种感器官，并用查找表技术压缩模型数据。

And two new segmented poly(urethaneureas) were prepared from poly(tetramethylene glycol)(PTMG) or polyadipate of 1,4 butanediol(PBA), MDI and Urea(as chain extender).

以尿素为扩链剂，合成了一系列聚氨酯脲热塑性弹性体及其硬段模型化合物。

The predetection algorithm processes the entire image, in a low computational cost manner, to extract the potential targets based on the saliency of visual feature in each segmented region of image.

在处理的第一阶段，通过快速扫描输入图像，根据视觉特征的显著性抽取潜在的目标集合。

The model was segmented into 23 radiosensitive anatomic regions and compressed using a look-up table.

该人体模型包括23种辐射敏感器官，并用查找表技术压缩模型数据。

And two new segmented poly(urethaneureas) were prepared from poly(tetramethylene glycol)(PTMG) or polyadipate of 1,4 butanediol(PBA), MDI and Urea(as chain extender).

以尿素为扩链剂，合成了一氨酯脲热塑性弹性体及其硬段模型化合物。

The predetection algorithm processes the entire image, in a low computational cost manner, to extract the potential targets based on the saliency of visual feature in each segmented region of image.

在处理第一阶段，通过快速扫描输入图像，根据视觉特征显著性抽取潜在目标集合。

The model was segmented into 23 radiosensitive anatomic regions and compressed using a look-up table.

该人体模型包括23种辐射敏感器官，并查找表技术压缩模型数据。

And two new segmented poly(urethaneureas) were prepared from poly(tetramethylene glycol)(PTMG) or polyadipate of 1,4 butanediol(PBA), MDI and Urea(as chain extender).

以尿素为扩链剂，合成了一系列聚氨酯脲热塑性弹性体及其硬段模型化合物。

The predetection algorithm processes the entire image, in a low computational cost manner, to extract the potential targets based on the saliency of visual feature in each segmented region of image.

在处理的第一阶段，通过快速扫描输入图像，根据视觉特征的显著性抽取潜在的目标集合。

The model was segmented into 23 radiosensitive anatomic regions and compressed using a look-up table.

该人体模型包括23种辐射敏感器官，并用查找表技术压缩模型数据。

And two new segmented poly(urethaneureas) were prepared from poly(tetramethylene glycol)(PTMG) or polyadipate of 1,4 butanediol(PBA), MDI and Urea(as chain extender).

以尿素为扩链剂，合成了一系列脲热塑性弹性体及其硬段模型化合物。

The predetection algorithm processes the entire image, in a low computational cost manner, to extract the potential targets based on the saliency of visual feature in each segmented region of image.

在处理的第一阶段，通过快速扫描输入图像，根据视觉特征的显著性抽取潜在的目标集合。

The model was segmented into 23 radiosensitive anatomic regions and compressed using a look-up table.

该人体模型包括23辐射敏感器官，并用查找表技术压缩模型数据。

And two new segmented poly(urethaneureas) were prepared from poly(tetramethylene glycol)(PTMG) or polyadipate of 1,4 butanediol(PBA), MDI and Urea(as chain extender).

以尿链剂，合成了一系列聚氨酯脲热塑性弹性体及其硬段模型化合物。

The predetection algorithm processes the entire image, in a low computational cost manner, to extract the potential targets based on the saliency of visual feature in each segmented region of image.

在处理第一阶段，通过快速扫描输入图像，根据视觉特征显著性抽取潜在目标集合。