No. |
Subject |
File |
303 |
Analysis of prediction algorithms for lung tumor motion in heavy ion therapy |
|
302 |
Fabrication of Hydrogel Micro-pattern and Its Characteristics of Induction Heating for the Drug Delivery |
|
301 |
Active Drug Releasing Characteristics of Drug Encapsulated Microbeadusing Ultrasound |
|
300 |
평면형 케이블 구동 병렬로봇의 고유진동수 증가 매커니즘 (A Mechanism Structure for Increasing Natural Frequencies of a Planar Cable-driven Parallel Robot) |
|
299 |
평면형 케이블 로봇에 대한 현실적인 힘 폐쇄 작업공간 분석 (A Practical Force Closure Workspace for a Planar Cable-driven Parallel Robot) |
|
298 |
평면형 케이블 기반 병렬형 로봇을 위한 회전 작업 공간 확장 방법 (Rotational Workspace Expansion for a Planar Cable-driven Parallel Manipulator) |
|
297 |
병렬형 케이블 로봇을 위한 힘 제어 (Force control for cable-driven parallel robot) |
|
296 |
Three-Dimensional Swimming Tadpole Mini-Robot using Three-AxisHelmholtz Coils |
|
295 |
Controlling uniformity of photopolymerized microscopic hydrogels |
|
294 |
Characteristics of Patterned Ferropaper Actuator based on Cellulose using Electromagnetic Actuation System |
|
293 |
Toward 2D-3D Registration for Fractured Bone Reduction Surgery: A Chamfer Distance Matching Approach |
|
292 |
Position-based magnetic field control for an electromagnetic actuated microrobot system |
|
291 |
New paradigm for tumor theranostic methodology using bacteria-based microrobot |
|
290 |
Gravity Compensation of a Force/Torque Sensor for a Bone Fracture Reduction System |
|
289 |
Conceptual Design of Robotic Patient Positioning System for Heavy Ion Therapy |
|
[11] [12] [13] [14] [15] [16] [17] [18] [19] [20] |
|
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