Clinical Evaluation Gingival Retraction Cord for Preventing Overhanging Dental Restoration;
应用排龈线预防牙体修复悬突的临床评价
Study of overhang as well as relationship between overhang and periodontal disease.;
悬突及其与牙周病关系的调查研究
Investigation of Three Preventive Measure Influencing Occurrence Case of ⅡCavity Overhang
三种预防措施影响Ⅱ类洞悬突的情况探讨
Study on Wax Plasty for Preventing Resin and Glass-ionomer Overhanging in Class Ⅱ Restoration;
蜡成形法预防Ⅱ类洞树脂和玻璃离子充填体悬突的研究
The application of mastoid obliteration with homograft tooth in open method tympanoplasty
乳突腔同种异体牙充填在开放式鼓室成形术中的应用
The act of inflating or the state of being inflated.
充气充填气体的动作或被充气的状态
pore volume of porous packing
多孔填充剂的孔体积
permeable consolidated gravel pack
可渗透胶结砾石充填体
With a further increase in gas velocity, the packed bed suddenly "unlocked".
当再增加气速，填充床突然“解锁”了。
Decompositions and Packings of λk_ν Into K_(2,s) with a Pendent Edge;
对于K_(2,s)带一悬边的图分解与图填充
Discussion about relation between the rate of supporting pit roof and supporting effect of backfilling mass
坑采充填接顶率与充填体承载效果关系探讨
In Vitro Comparison of the Obturation Density by Three Techniques;
三种根管充填技术体外充填密度的对比
The plasty of cavity of auricular concha and mastoid obliteration can raise drying ear rate.
耳甲腔成形和乳突腔骨膜瓣填充可增加干耳率。
Application of diversiform periost postauricular composite flaps in mastoid obliteration operations
耳后筋膜-骨膜瓣在乳突充填术中的应用
Prestressed rectangular steel tubular truss with cantilever and compressed chords filled with concrete
受压弦杆填充混凝土的带悬挑预应力矩形钢管桁架
A small mass of soft material, often folded or rolled, used for padding, stuffing, or packing.
填充物一块软的物体，常叠着或卷着，用于垫料、填充或包装
STUDY ON SEDIMENTATION CHARACTERISTICS AND STRENGTH DISTRIBUTION OF FILL IN DRIFT CUT AND FILL MINING
巷道式充填法回采进路充填体沉积特征及强度分布规律研究
A Comparison of Sealing Ability of Endodontic Treated and Post Restored Teeth Obturated with Different Obturation System
不同充填体系根管充填后纤维桩修复的根尖封闭能力比较
Enclosure Gel filled, ultrasonically welded, high density ABS housing.
附胶体填充，超声焊接，高密度abs外壳。
Rheological Characteristics of Short Cellulose Fiber Filled Elastomer
纤维素短纤维填充弹性体的流变特性
To determine strength of fillingbody by photoelastic mechanics and boundary element method(BEM)
光测力学和边界元法确定充填体强度