1.
Ultrasound-guided Mammotome Vacuum Biopsy for Breast Fibroadenoma
超声引导下Mammotome旋切系统在乳腺纤维腺瘤中的应用
2.
Application of high-frequency ultrasound and CDFI-guided in Mammotome minimally invasive operation of brease disease
高频彩色超声在乳腺Mammotome微创旋切系统中的应用
3.
Application of Ultrasound Guided Mammotome Minimally Invasive Biopsy System in Breast Surgery;
Mammotome乳腺微创旋切系统在微创乳腺外科中的应用研究
4.
Ultrasound-guided mammotome minimally invasive peeling in treatment of benign breast disease
超声引导下Mammotome微创旋切系统在诊治乳腺良性病灶中的应用
5.
Analysis of the Mammotome system minimally invasive excision of breast lesions in 1081 patients
Mammotome微创旋切术切除乳腺肿块1081例分析
6.
Analysis of 680 Patients with Breast Tumor Using Mammotome Minimally Invasive Stereotactic Excision Therapy
Mammotome微创旋切术治疗乳腺肿瘤680例分析
7.
Ultrasound Guided Mammotome System in Excision of Breast Fibroadenomas
超声引导下Mammotome旋切术治疗乳腺纤维腺瘤40例
8.
Analysis of 310 patients with benign breast tumor treated by mammotome minimally invasive stereotactic excision therapy
Mammotome微创旋切术治疗乳腺良性肿瘤310例分析
9.
Applied study on the minimally invasive surgery of breast for imaged-guided mammotome:a report of 2794 cases
Mammotome乳房活检系统临床应用2794例报告
10.
Clinical application of B ultrasounography-guided Mammotome minimally invasive biopsy system in treatment of benigh breast mass
B超引导下Mammotome微创旋切技术在乳腺良性肿块外科治疗应用研究
11.
Ultrasound-guided Mammotome System in the Clinical Application of Breast Masses
超声引导Mammotome系统在乳腺肿块中的临床应用
12.
The application of Mammotome minimally invasive system in the diagnosis and therapy of breast disease
麦默通(Mammotome)微创系统在乳腺疾病诊治中的应用
13.
STUDY ON THE MICROCOMPUTER DC SPEED-REGULATING SYSTEM OF VENEER LATHE
单板旋切机微机直流调速系统的研究
14.
Hydraulic System Design and Research of Log-core Veneer Lathe
无卡轴旋切机液压系统的设计与研究
15.
Numerical Control System for Swing Plasma Cutting Machine
旋臂式等离子切割装置数控系统的研究
16.
Research on Log-Core Veneer Lathe Auto Control System;
原木无卡轴旋切机自动控制系统的研究
17.
The Study of Intellingence Planning System for Peeling Log;
旋切原木段智能截断及弯曲补偿系统研究
18.
The Electric System of the 1850mm Cross Cut Line and the Deviation Analysis of the High Speed Rotary Shear;
1850mm横切机列电控系统及旋转飞剪误差分析