1) the angle of the femoral canal
髓腔角度
2) intrapulpal temperature
牙髓腔温度
3) medullary cavity
髓腔
1.
Anatomical study of the medullary cavity of the proximal femoral bone and its clinical significance;
股骨上段髓腔径线研究及其临床意义
2.
The design and biomechanical study of osseointegrated titanium screw implants for medullary cavity implantation;
掌指骨髓腔内骨整合式纯钛种植体的设计及界面生物力学研究
3.
Study on repairing of the rabbit radial defect with direct galvanic stimulation in medullary cavity;
髓腔内恒定低压直流电刺激修复家兔桡骨缺损的实验研究
4) pulp cavity (pulp)
髓腔(髓)
5) medullary cavity (bone marrow)
骨髓腔(骨髓)
6) pulp horn
髓角
1.
From 2005 to 2007,160 operators were randomly selected from stomatological practise students,and divided into two groups: experimental group(opening the pulp chamber with access technique of looking for canal orifice) with 80 operators,control group(opening the pulp chamber with access technique of looking for pulp horn)with 80 operators.
将其均分为两组:寻根管口入路法开髓组80人,找髓角入路法开髓组80人。
补充资料：Anglelapping角度研磨
angle lapping 的目的是为了测量junction的深度，所作的芯片前处理，这种采用光线干涉测量的方法就称之angle lapping。公式为xj=λ/2 nf即junction深度等于入射光波长的一半与干涉条纹数之乘积。但渐渐的随着vlsi组件的缩小，准确度及精密度都无法因应。如srp(spreading resistance prqbing)也是应用angle lapping的方法作前处理，采用的方法是以表面植入浓度与阻值的对应关系求出junction的深度，精确度远超过入射光干涉法。
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