1.
A comparative study of three different rotary nickel titanium systems in the preparation of curved molar canals
3种镍钛机动器械预备磨牙弯曲根管成形能力的比较
2.
Efficiency of Rotary Nickel-titanium M2 Instruments, Rotary Nickel-titanium K3 Instruments Compared with Stainless Steel Hand K-file in Curved Root Canals
三种不同根管预备器械对弯曲根管的成形能力研究
3.
Study on the Integrated Management of Enterprise Capability Based on Fractal Enterprise Capability;
基于分形企业能力的企业能力集成化管理初探
4.
On the Formation of Thought on Enterprises Core Knowledge Capability Management;
论企业核心知识能力管理思想的形成
5.
Intellectual Capital Management and Formalization of Core Competence of Enterprises;
知识资本管理与企业核心能力的形成
6.
Shaping Ability of Nickel-titanium Instruments in Curved Root Canals Preparation;
镍钛根管预备系统预备弯曲根管的成形效果
7.
Apical sealing ability of root canals filled with nanosealer
纳米根管封闭剂根尖封闭能力的研究
8.
None of these four revolutionary forces can be dispensed with if a revolutionary base area is to be established.
这四种革命力量是缺一不可的,缺了一种都不能形成革命根据地。
9.
Compensates for deformation of body due to pipe stresses.
能够自动适应由于管道应力造成的阀体变形。
10.
Enterprise Information Management Capacity of Formation Mechanism Based on Knowledge Management;
基于知识管理的企业信息能力形成机理研究
11.
Study on Formation Mechanism of Core Competence of Corporation and Related Management Tactics;
企业核心能力形成机理与管理策略研究
12.
The Management Mentality and Practice of Forming the New Product Volume Production Ability;
形成新产品批量生产能力的管理思路与实践
13.
On the Role of Management in Formation of Creative Function of Productive Force System;
论管理在生产力系统创新功能形成中的作用
14.
Effect of visfatin on angiogenic function of endothelial progenitor cells
内脏脂肪素对内皮祖细胞血管形成能力的影响
15.
Formation and Evolution of Dynamic Capabilities--Based on the View of Knowledge Management
企业动态能力的形成和演化——基于知识管理视角
16.
Studies on Vitro Microrhizome Production and Its Forming Mechanism in Zingiber Offcinale Rosc.;
生姜试管苗根状茎诱导及根状茎形成机理研究
17.
Research on mechanical property and tooth canal structure of tooth after RCT
根管预备后牙齿力学性能和根管结构的研究
18.
In vitro Micro-root Tuber Formation of Pseadostellaria heterophylla Miq.and Preliminary Study of Its Application
太子参试管微块根形成及其应用初探