Shrinkage - Globe Thesis

Keyword [Shrinkage] Result: 1 - 20 \| Page: 1 of 7
1.	The Study Of The Noninvasive Diagnosis Of Coronary Artery Disease Based On The Analysis And Features Extraction Of Diastolic Murmurs
2.	Fabrication, Characterization And Preliminary Applications Of Biodegradable Tissue Engineering Porous Scaffolds Composed Of Biodegradable Polyester
3.	Theoretical Analysis And Numerical Simulation During The Dental Restoration Process
4.	Study On Effect Of Vitrification On Preimplantation Developmental Competence Of Murine Embryos
5.	Synthesis Of Spiroortho Carbornate Expanding Monomer And Its Application In Modifying Photo-initiated Resin Material
6.	Dental Alloys Tizr Development And Application Of Basic Research
7.	Preparation And Pilot Study Of New Ophthalmology Material Through Sol-Gel Process Followed By Free-radical Polymerization With Low Volume Shrinkage
8.	The Study Of The Influence Of Different Factors On The Fit Of RPD Frameworks
9.	Clinical Study On The Effect Of "Jade Screen Powder And Paeonia Glycyrrhiza Uralensis Tang" To Cure Varicose Veins Of Lower Extremity
10.	Artificial Shrinkage Method In The Vitrification Of Mouse Blastocyst
11.	The Investigation Of Vitrified Mice Blastocysts
12.	Research On Rules Of Lymph Node Metastasis Derived From Carcinoma Of Thoracic Esophagus And Cardiac Carcinoma And Shrinkage Rules Of Resected Specimen
13.	Determination Of Polymerization Shrinkage Stress Of Composite Resins By Means Of A Photo-elastic Analysis
14.	Evaluation Of The Shrinkage By Heat Of 0.06-taperd Gutter-perchas
15.	Research About The Influence On Gallbladder Contraction Function With AcupuncturingYanglingquan Point And Qiuxu Point
16.	Synthesis And Polymerization Of BisS-GMA Resin Monomer
17.	A Study On The Microleakage Of Composite Resins
18.	Application Of Arthroscopic Thermal Shrinkage For Treatment Of Partial Intercarpal Interosseous Ligament Injuries Combined With TFCC Injuries
19.	Experimental Research Of Medical Adhesive As Mesh Fixation Affect Mesh Shrinkage And Viscous Force
20.	Biomechanical Properties And Pathological And Ultra-structural Biocompatibility Of Polypropylene Mesh In A Rabbit Model
<<First <Prev Next> Last>> Jump to