To describe the anisotropy of microdamage of the crust block, we use the damage tensor that is expressed in the fissure density.

为描述地壳块体微损伤的各向异性，引入裂纹密度表示的损伤量形式。

Total length of tensor veli palatini, levator veli palatial, palatoglossal and palatopharyngcal muscle were demonstrated on coronal images in 10 cases.

10例资料在冠状位像均可显示肌、提肌、舌肌、咽肌行程。

The trifocal tensor is the mathematical expression of trifocal geometry, it has strict constraints to correspondence points and lines in three images.

三视量是三视几何的数学表达,它对三幅图像上的同名点、同名线都存在严格的约束关系。

The levetor veli palatini muscle elevates the soft palate, the muscle uvulae bunches the soft palate, and the tensor veli palatini tenses and shortens the palate.

颚提肌使软颚上升，悬雍垂肌使软颚成串，颚肌拉紧也使软颚缩短。

To describe the anisotropy of microdamage of the crust block, we use the damage tensor that is expressed in the fissure density.

为描述壳块体微损伤的各向异性，引入裂纹密度表示的损伤张形式。

Total length of tensor veli palatini, levator veli palatial, palatoglossal and palatopharyngcal muscle were demonstrated on coronal images in 10 cases.

10例资料在冠状位像均可显示腭帆张肌、腭帆提肌、腭舌肌、腭咽肌行程。

The trifocal tensor is the mathematical expression of trifocal geometry, it has strict constraints to correspondence points and lines in three images.

三视张是三视几何的数学表达,它对三幅图像上的同名点、同名线都存在严格的约束关系。

The levetor veli palatini muscle elevates the soft palate, the muscle uvulae bunches the soft palate, and the tensor veli palatini tenses and shortens the palate.

颚帆提肌使软颚上升，悬雍垂肌使软颚成串，颚帆张肌拉紧也使软颚缩短。

To describe the anisotropy of microdamage of the crust block, we use the damage tensor that is expressed in the fissure density.

为描述壳块体微损伤的各向异性，引入裂纹密度表示的损伤张形式。

Total length of tensor veli palatini, levator veli palatial, palatoglossal and palatopharyngcal muscle were demonstrated on coronal images in 10 cases.

10例资料在冠状位像均可显示腭帆张肌、腭帆提肌、腭舌肌、腭咽肌行程。

The trifocal tensor is the mathematical expression of trifocal geometry, it has strict constraints to correspondence points and lines in three images.

三视张是三视几何的数学表达,它对三幅图像上的同名点、同名线都存在严格的约束关系。

The levetor veli palatini muscle elevates the soft palate, the muscle uvulae bunches the soft palate, and the tensor veli palatini tenses and shortens the palate.

颚帆提肌使软颚上升，悬雍垂肌使软颚成串，颚帆张肌拉紧也使软颚缩短。

To describe the anisotropy of microdamage of the crust block, we use the damage tensor that is expressed in the fissure density.

为描述地壳块体微损伤的各向异性，引入裂纹密度表示的损伤形式。

Total length of tensor veli palatini, levator veli palatial, palatoglossal and palatopharyngcal muscle were demonstrated on coronal images in 10 cases.

10例资料在冠状位像均可显示腭帆肌、腭帆提肌、腭舌肌、腭咽肌行程。

The trifocal tensor is the mathematical expression of trifocal geometry, it has strict constraints to correspondence points and lines in three images.

三视是三视几何的数学表达,它对三幅图像上的同名点、同名线都存在严格的约束关系。

The levetor veli palatini muscle elevates the soft palate, the muscle uvulae bunches the soft palate, and the tensor veli palatini tenses and shortens the palate.

颚帆提肌使软颚上升，悬雍垂肌使软颚成串，颚帆肌拉紧也使软颚缩短。

To describe the anisotropy of microdamage of the crust block, we use the damage tensor that is expressed in the fissure density.

为描述地壳块体微损伤的各向异性，引入裂纹密度表示的损伤张量形式。

Total length of tensor veli palatini, levator veli palatial, palatoglossal and palatopharyngcal muscle were demonstrated on coronal images in 10 cases.

10例资料在冠状位显示腭帆张肌、腭帆提肌、腭舌肌、腭咽肌行程。

The trifocal tensor is the mathematical expression of trifocal geometry, it has strict constraints to correspondence points and lines in three images.

三视张量是三视几何的数学表达,它对三幅图上的同名点、同名线都存在严格的约束关系。

The levetor veli palatini muscle elevates the soft palate, the muscle uvulae bunches the soft palate, and the tensor veli palatini tenses and shortens the palate.

颚帆提肌使软颚上升，悬雍垂肌使软颚成串，颚帆张肌拉紧也使软颚缩短。

To describe the anisotropy of microdamage of the crust block, we use the damage tensor that is expressed in the fissure density.

为描述地壳块体微损伤的各向异性，引入裂纹密度表示的损伤量形式。

Total length of tensor veli palatini, levator veli palatial, palatoglossal and palatopharyngcal muscle were demonstrated on coronal images in 10 cases.

10例资料在冠状位像均可显示帆、帆提、、咽行程。

The trifocal tensor is the mathematical expression of trifocal geometry, it has strict constraints to correspondence points and lines in three images.

三视量是三视几何的学表达,它对三幅图像上的同名点、同名线都存在严格的约束关系。

The levetor veli palatini muscle elevates the soft palate, the muscle uvulae bunches the soft palate, and the tensor veli palatini tenses and shortens the palate.

颚帆提使软颚上升，悬雍垂使软颚成串，颚帆拉紧也使软颚缩短。

To describe the anisotropy of microdamage of the crust block, we use the damage tensor that is expressed in the fissure density.

为描述地壳块体微损伤的各向异性，引入裂纹密度表示的损伤张量形式。

Total length of tensor veli palatini, levator veli palatial, palatoglossal and palatopharyngcal muscle were demonstrated on coronal images in 10 cases.

10资料在冠状位像均可显示腭帆张肌、腭帆提肌、腭舌肌、腭咽肌行程。

The trifocal tensor is the mathematical expression of trifocal geometry, it has strict constraints to correspondence points and lines in three images.

三视张量是三视几何的数学表达,它对三幅图像上的同名点、同名线都存在严格的约束关系。

The levetor veli palatini muscle elevates the soft palate, the muscle uvulae bunches the soft palate, and the tensor veli palatini tenses and shortens the palate.

颚帆提肌使软颚上升，悬雍垂肌使软颚成串，颚帆张肌拉紧也使软颚缩短。

To describe the anisotropy of microdamage of the crust block, we use the damage tensor that is expressed in the fissure density.

为描述地壳块体微损伤的各向异性，引入裂纹密度表示的损伤形式。

Total length of tensor veli palatini, levator veli palatial, palatoglossal and palatopharyngcal muscle were demonstrated on coronal images in 10 cases.

10例资料在冠状位像均可显示腭帆肌、腭帆提肌、腭舌肌、腭咽肌行程。

The trifocal tensor is the mathematical expression of trifocal geometry, it has strict constraints to correspondence points and lines in three images.

三视是三视几何的数学表达,它对三幅图像上的同名点、同名线都存在严格的约束关系。

The levetor veli palatini muscle elevates the soft palate, the muscle uvulae bunches the soft palate, and the tensor veli palatini tenses and shortens the palate.

颚帆提肌使软颚上升，悬雍垂肌使软颚成串，颚帆肌拉紧也使软颚缩短。

To describe the anisotropy of microdamage of the crust block, we use the damage tensor that is expressed in the fissure density.

为描述地壳块体微损伤的各，引入裂纹密度表示的损伤张量形式。

Total length of tensor veli palatini, levator veli palatial, palatoglossal and palatopharyngcal muscle were demonstrated on coronal images in 10 cases.

10例资料在冠状位像均可显示腭帆张肌、腭帆提肌、腭舌肌、腭咽肌行程。

The trifocal tensor is the mathematical expression of trifocal geometry, it has strict constraints to correspondence points and lines in three images.

三视张量是三视几何的学表达,它对三幅图像上的同名点、同名线都存在严格的约束关系。

The levetor veli palatini muscle elevates the soft palate, the muscle uvulae bunches the soft palate, and the tensor veli palatini tenses and shortens the palate.

颚帆提肌使软颚上升，悬雍垂肌使软颚成串，颚帆张肌拉紧也使软颚缩短。