1.
A Vitro Study of Sealing Ability on High-temperature Thermoplasticized Injectable Technique for Curved Canals of Posterior Teeth;
高温热塑充填技术对后牙弯曲根管封闭能力的体外实验研究
2.
A Basic and Clinical Study on Injectable Obturation with Thermoplasticized Gutta-percha;
高温热塑牙胶充填根管的基础和临床研究
3.
Comparison of Different Gutta-percha Root Filling Techniques: Ultrafil 3D, Obtura Ⅱ and Lateral Condensation;
根管热塑牙胶注射加压技术与冷侧压充填的比较研究
4.
Basic Studies on High-temperature Injectable Obturation of Thermoplasticized Gutta-percha;
高温注射式热牙胶根管充填的基础研究
5.
A STYDT ON FILLING TECHNOLOGY FOR LARGE STOPE IN ANQING COPPER MINE
安庆铜矿高大采场充填工艺技术研究
6.
A Study on Application of Continuous-wave Condensation Technique with Thermoplasticized Gutta-percha;
连续波热牙胶根管充填技术的应用研究
7.
A Comparative Study of the Effect of Three Thermal Gutta-percha Canal Obturation Techniques;
三种热牙胶根管充填技术效果的比较研究
8.
Application of Secondary Sand Filling Technology in Heavy Oil Thermal Recovery Wells
二次充填补砂技术在稠油热采井的应用
9.
Technical Exploration of Filling Embankment of High-grade Highway with High Plastic Clay
高塑性黏土填筑高等级公路路堤技术尝试
10.
Root filling results of internal root resorption with thermoplasticized gutta-percha filling technique
牙内吸收热塑牙胶充填治疗疗效观察
11.
Damage-plasticity Coupled Model for Jointed Rock Mass to Subsidence Control and the Technology of Goaf Stowing with Cement Materials;
开采沉陷塑性损伤结构理论与冒矸空隙注浆充填技术的研究
12.
multiple squeeze slurry pack technique
多次挤压砂浆充填技术
13.
one-trip gravel pack technique
一步法砾石充填技术
14.
Test and Application of High-density Fill Technology in Anqing Copper Mine
高浓度充填工艺技术在安庆铜矿的试验与应用
15.
Research on the New Backfilling Technology of High-density Fulltailings in a Gold Mine;
望儿山金矿全尾砂高浓度充填新技术研究
16.
Research and application of high water content material for roadside packing to go with gob-side entry retaining technology
高水材料巷旁充填沿空留巷技术研究与应用
17.
Research of the Application of Total Tailing High Density Backfilling Technology in Deep Underground Mine
全尾砂高浓度充填技术在深井矿山应用研究
18.
Analysis of Filling Working Face in Retaining Roadways Along Goaf with High-water Clinker Rapid Hardening Materials
沿空留巷高水灰渣速凝材料充填技术分析