micro clip

Experimental Study on Degradation and Mechanical Properties of Absorbable Poly-L-lactide Miniplates;

聚左旋乳酸可吸收微型夹板的降解性及其力学强度的实验研究

Experimental Study on Absorbable poly-L-lactide Miniplate and Screw for the Internal Fixation of Fracture;

聚左旋乳酸可吸收微型夹板螺钉骨折内固定的实验研究

Design of A New Microstrip Hairpin Bandpass Filter

一种新型微带发夹带通滤波器的设计

The Creep Model of Intercalated Clay Layers and Change of Their Microstructure during Creep

泥化夹层蠕变全过程的模型及微结构的变化

Experimental Study of Venous Anastomosis with Titanium Microclips;

微型钛血管吻合夹吻合静脉血管的实验研究

Experimental Study of Vascular Anastomosis with Titanium Microclips;

微型钛血管吻合夹吻合血管的实验研究

Squeeze Theorem and the Upper and Lower Solutions of Defferential Equation

夹逼准则与椭圆型偏微分方程的上下解方法

The Processing Technology of a Micro-size and Thin-wall Parts that Difficult-to-install

一种微型、薄壁、难装夹零件的加工工艺方法

Study on Micro-inclusions Behavior of Beam Blanks

近终形异型连铸坯中显微夹杂物行为研究

The Rigid Internal Fixation (RIF) With tianic Microsplint Be Used for Maxillonfacial fracture.

微型钛夹板坚固内固定在颌面部骨折治疗中的应用

The intercalations are divided into five types, such as muddy intercalation, silty intercalation, calcareous intercalation, marly intercalation, and gravel intercalation.

夹层类型主要有泥岩夹层、粉砂质泥岩夹层、灰质夹层、泥灰质夹层和砾石质夹层5种。

Effect of Acupuncture at Cervical Huatuo Jiaji on Type Ⅰ and Ⅱ Collagen and Pulpiform Nucleus Ultrastructure in Rat Degenerative Cervical Intervertebral Discs

针刺颈夹脊穴对大鼠退变颈椎间盘Ⅰ、Ⅱ型胶原及髓核超微结构的影响

Discussion on the Effect of Fixation with Titanium Microplate Combined with Hook Aluminum Wire Splint on Mandibular Fracture

微型钛钢板固定及用带钩铝丝夹板在下颌骨骨折中的联合应用探讨

The Study on the Location Error Computation in the Clamping Apparatus Design by the Differential Analysis Method;

夹具设计中定位误差的微分计算研究

Research on Properties of micro-inclusions about SS400 Steel

对SS400钢显微夹杂物行为的分析

Design and Experimentation of a Micro-gripper with Force Sensing

一种带力传感的微夹持器设计及试验

A Bimorph Piezoelectric Ceramic Microgripper Integrating Micro-force Detecting and Feedback

集成微力检测与反馈的双晶片微夹持器

The gripper can sense the gripping force according to the strain at the base of the piezoelectric bimorph.

通过检测悬臂梁根部的应变信号实现对微夹钳夹持力的检测。