1) Caudate process
尾状突
3) tail of caudate nucleus
尾状核尾
4) swallowtail catastrophe
燕尾突变
1.
Analysis of pest population dynamic model using swallowtail catastrophe theory
害虫种群动态模型的燕尾突变分析
2.
The results indicate that flashover in building fires is in essence a phenomenon of swallowtail catastrophe.
结果发现建筑火灾中轰燃现象的突变形式是燕尾突变。
3.
A catastrophe potential function,which has the same form of swallowtail catastrophe,was obtained by dimensional normalization and diffeomorphism.
基于能量平衡方程建立了热烟气层轰燃模型,经量纲归一化和微分同胚变换,得到属于燕尾突变的势函数。
5) Coattail catastrophe
燕尾突变
1.
A coattail catastrophe model of landslides was presented,and the necessary and sufficient conditions leading to landslides were discussed.
建立了斜坡系统的燕尾突变模型。
6) mucronatus
尾尖突
1.
mucronatus ranged from 3.
本文对14个拟松材线虫群体和2个松材线虫群体进行了研究,研究表明拟松材线虫群体尾尖突平均长度为3。
补充资料：齿状突异常
齿状突异常
abnormal odontoid
包括无齿状突、齿状突发育不全或齿状骨，病因未明。多无症状。有时可因C1、2不稳定而产生疼痛或斜颈，亦可因神经受压出现相应症状。过伸、过屈X线片，不稳定超过10mm或椎管间隙小于13mm，应行复位及稳定手术，如有脊髓受压，加行减压术。
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