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- basal seat area 基座区; 基托区; 义齿基托; 承受区; 承托区
- Dentistry - Denture base polymers. 牙科。假牙用树脂。
- The cap was made of permanent soft-liner in the denture base. 固位帽由永久软衬直接衬于义齿组织面构成。
- Erratic operation is usually caused by dirt in seat area. 阀座区域内的污垢通常会导致不稳定的运行。
- Conclusion The microwave energy is a good heat source in cured denture base materials. 结论微波能是一种良好的固化义齿基托材料的热源。
- Inspect machined seat area for nicks and mineral build up clean with emery cloth. 检查机加工阀座区域是否有砂布清洗后留下的刻痕或矿物。
- Objective To observe the mechanical properties and the change shrinkage of microwave-cured denture base resins. 目的了解微波能加热处理义齿基托材料的力学性能和收缩变化。
- Objective To investigate the factors that have effects on the quality of MMA denture base forming. 目的探讨影响义齿塑料基托成型质量的原因。
- Coated waterway in the seat area is smooth,free of cavities and unobstructed thru port to maximize flow. 阀体流道上无凹槽且光滑，同类产品中其流阻最小。
- Thoroughly clean the seating area. 彻底清洗阀座表面。
- Once again, close adaptation of the denture base to the mucosa will enhance these forces. 同样，基托与粘膜间良好的密合性可增强表面张力。
- Thoroughly clean the seat area and clapper sealing surfaces, check arms, and O-rings for damage, nicks, and debris. 彻底清洗阀座面和阀瓣密封面，止回阀臂和O形环，检查是否有损坏、刻痕和碎片。
- Polymethyl methacrylate is the most frequently used denture base material in clinic. 聚甲基丙烯酸甲酯是临床上最常用的义齿基托材料。
- The opening force available is essentially equal to the seat area times the tank pressure. 这个打开阀座的作用力基本上等于阀座面积乘以储罐压力。
- It was important to polish the denture base surface to decrease the adherence of Streptococcus. 提示应重视提高义齿表面光洁度，以减少菌斑附着。
- Saliva wets mucosa very effectively, but is less effective on denture base resins. 唾液可以高效的润湿粘膜，而润湿义齿基托树脂的效率却较低。
- Objective To study the antibacterial activity and prolonged effects of denture base resin containing silver. 目的研究载银基托树脂的抗菌性及长效性。
- The seat area of the integral body design minimizes pockets where material can accumulate. Illustration above shows direct flow configuration. Reverse flow options are available. 整体阀体结构的阀座区域能够最大限度消除可能产生淤积的死角。上列插图显示直接流向结构。可以提供逆流或倒流结构供选择。
- Methods The flecture strength, hardness and shrinkage were compared in using microwave-cured and water bath-cured denture base resins. 方法采用微波能和水浴两种方法加热固化义齿基托树脂,进行挠曲强度、度和收缩率的对比分析。
- Methods: To make periodontal splint by extension the length and width (especially extend to occlusal surface)of the elastic denture base . 方法:通过延长弹性义齿基托的长度和宽度(向(牙合)面延伸),形成牙周夹板。
