Komada Wataru | Fixed Prosthodontics Department Of Restorative Sciences Graduate School Tokyo Medical And Dental Uni
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概要
- KOMADA Wataruの詳細を見る
- 同名の論文著者
- Fixed Prosthodontics Department Of Restorative Sciences Graduate School Tokyo Medical And Dental Uniの論文著者
関連著者
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Miura Hiroyuki
Fixed Prosthodontics Department Of Restorative Science Graduate School Tokyo Medical And Dental Univ
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Komada Wataru
Fixed Prosthodontics Department Of Restorative Sciences Graduate School Tokyo Medical And Dental Uni
-
Miura Hiroyuki
Fixed Prosthodontics Department Of Restorative Sciences Graduate School Tokyo Medical And Dental Uni
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Miura H
Fixed Prosthodontics Tokyo Medical And Dental University
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Okada D
Fixed Prosthodontics Tokyo Medical And Dental University
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Okada Daizo
Fixed Prosthodontics Department Of Restorative Sciences Division Of Oral Health Sciences Graduate School Tokyo Medical And Dental University
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Komada Wataru
Fixed Prosthodontics Department Of Restorative Sciences Division Of Oral Health Sciences Graduate School Tokyo Medical And Dental University
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Miura Hiroyuki
Fixed Prosthodontics Department Of Restorative Sciences Division Of Oral Health Sciences Graduate School Tokyo Medical And Dental University
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MIURA Hiroyuki
Fixed Prosthodontics, Department of Restorative Science, Graduate School, Tokyo Medical and Dental U
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Miura Hiroyuki
Fixed Prosthodontics Department Of Restorative Sciences Division Of Oral Health Sciences Graduate Sc
著作論文
- Effect of reinforcement with resin composite on fracture strength of structurally compromised roots
- Study on the Fracture Strength of Root Reconstructed with Post and Core : Alveolar Bone Resorbed Case
- Photoelastic stress analysis of different post and core restoration methods
- Investigation of distortions around the cervical area of teeth restored with two kinds of crown materials
- Stress Distribution in Roots Restored with Different Types of Post Systems with Composite Resin
- Investigation of Stress Distribution in Roots Restored with Different Crown Materials and Luting Agents
- Influence of the flexural modulus of prefabricated and experimental posts on the fracture strength and failure mode of composite resin cores