Clinical evaluation of Er, Cr: YSGG laser for caries removal and cavity preparation 掺铒铬钇钪镓石榴石激光去腐备洞技术的临床评价
Conclusions: EDA can be an effective analgesic method for cavity preparation, but not for pulp treatment. 结论:电子麻醉在窝洞制备时有良好的镇痛效果,但对开髓的镇痛效果并不理想。
Aim: To assess the tooth response to the stimulation of air-abrasion cavity preparation. 目的:研究空气喷砂机制洞对牙齿硬组织结构的改变。
Objective to explore the effect of intestinal canals preparation by use of Sulphuric acid Magnesium on CT scanning of pelvic cavity and influence on patients, in order to improve intestinal preparation method and investigation quality. 目的:探讨硫酸镁用于肠道准备对病人盆腔CT检查的效果和对病人产生的影响,以改善CT检查前的肠道准备方法,提高检查质量,减轻病人不良反应。
Experimental study of the effects of air-abrasion cavity preparation on human enamel and dentin 空气喷砂机对牙齿硬组织作用的实验研究
AIM: Clinical and by SEM observation of pulsed Er: YAG laser for caries removal and cavity preparation, characteristic of cavity surface structure of dentin and enamel after Er: YAG laser preparing. 目的:临床观察脉冲Er:YAG激光去除龋损组织和术中患者的疼痛反应。
The histologic examination showed that there was no appreciable difference in the manner in which dental pulp tissue responded to cavity preparation with either laser or a conventional bur. 兔牙髓组织的形态学改变:术后即刻和72hEr:YAG激光组与普通牙钻组均可见牙髓轻度炎性反应,两组比较差异无显著性。
Experimental study of application of Er, Cr: YSGG for dental cavity preparation 铒、铬:钇钪镓石榴石激光用于牙体窝洞制备的实验研究
The analgesic effect of electronic dental anesthesia in cavity preparation and pulp treatment Fluctuation of heart rate, blood pressure and electrocardiogram of patients with coronary heart diseases during endodontic treatments 牙科电子麻醉在窝洞制备和开髓治疗中的应用开髓治疗对冠心病患者心率血压心电图的影响
Methods After 24 hours cavity preparation with Er, Cr: YSGG in the teeth of experimental Chinese minipigs, the reaction of pulp tissue and cavity form were examined by light microscopy and scanning electron microscopy. 方法在中国小型猪牙齿上,采用铒、铬:钇钪镓石榴石激光制备窝洞,24小时后断头处死,拔除牙齿在光镜和扫描电镜下观察牙髓反应及洞形结构。
Using a external cavity laser to generate two color optical waves is the aim to study in this paper which makes the preparation for continuous terahertz ( THz) wave generation using a dual-wavelength laser. 本文采用外腔反馈的方法来实现双波长输出,为采用双波长激光器实现连续太赫兹波(THz)辐射研究做准备。
Based on the two-p hoton resonant of two-level atom and single mode cavity field, respectively one schemes for the preparation of the pure Fock states are presented. 基于原子和单模腔场的双光子共振相互作用,提出了一种制备纯Fock态的方案。
New sealing tape used for cavity glass, basic materials for structural silicone sealant, reaction mechanism and preparation are described. 介绍新型中空玻璃用密封胶条,硅酮胶结构密封胶的基础材料,反应机理和制备过程。
In chapter 2, the methods of preparation of atom-photon entangled states in cavity QED are expatiated and the scheme of multi-atom entangled state preparation is proposed by using cavity QED technique. 第二章介绍了在腔QED系统中制备原子-光子纠缠态的方法,提出了利用腔QED技术制备多原子-原子纠缠态的方案。
Objective The dentinal tubules were patent after cavity preparation in the treatment of caries. 目的龋病治疗预备窝洞后,牙本质小管口呈开放状态。
Methods 86 fractured posterior teeth were treated with different methods The cracked tooth without pulp involvement was filled with light-cured composite resin after having been given the dumbbell shaped cavity preparation. 方法:对86例后牙折裂不同类型采用不同的治疗方法&表浅的隐裂牙制备哑铃型洞型作光固化充填;
AIM: To investigate the ability of cavity conditioning agents to expose TGF-β s from mature human dentine at sites of cavity preparation. 目的:了解不同窝洞清洁剂暴露窝洞内牙本质中TGF-β的能力。
The Er, Cr: YSGG laser seems to be effective in the treament of carious and in cavity preparation in vitro. 因此,Er,Cr:YSGG激光能够替代常规去龋备洞方法。
In chapter ⅱ, we study on the ways of preparing quantum-entangled states in cavity QED, including practical scheme for remote state preparation of a photon-photon entangled state, and generation and concentration of multi-atom entangled states. 第二章主要讨论通过腔量子电动力学(QED)制备纠缠态:首先研究远程制备光子-光子纠缠态,然后提出了使用纠缠交换产生和浓缩多原子纠缠态的方案。
Cases were filled by cavity preparation. 制备洞形补7例。
The laser ablation of dental hard tissue has a wide prospect of applications on cavity preparation, caries removal and other dentistry field. 牙硬组织的激光消融在牙齿备洞和龋坏去除等牙科领域具有广泛的应用前景。
The paper main work involved in the following aspects: 1. Use a new type of cavity preparation entangled state. 论文的主要工作涉及以下几个方面:1.利用量子点和微腔的耦合系统来制备纠缠态。
Cyclodextrin has the hydrophobic cavity structure, and is widely used in food industry and drug preparation based on its property to form inclusion complexes with small structure matching molecules. 环糊精具有疏水的空腔结构,利用能够与结构匹配的小分子生成包合物的性质,广泛地应用在食品工业、药物制备。
The tapered fiber-microsphere cavity coupling structure was theoretical analyzed, and the preparation of the structure was introduced. 对锥形光纤-微球腔耦合结构进行了理论分析并对该结构的制备做出了介绍。