1.
Investigation of Non-ablative Photorejuvenation with the Technique of Optical Coherence Tomography
基于OCT技术的非消融性光子嫩肤研究
2.
Experimental Study on the Mechanism of Nonablative Skin Photore Juvenation;
非剥脱性激光嫩肤作用机制的实验研究
3.
An Evaluation for Cell Safety and Clinical Effect of Photoaging Treated by Intense Pulsed Light;
光子嫩肤细胞安全性及临床功效性评价
4.
Opto-thermal Response and Its Numerical Simulation of Photorejuvenation;
光子嫩肤中的光热响应及其数值模拟
5.
The role of mast cells in nonablative laser resurfacing with long-pulse 1064nm Nd:YAG
肥大细胞在长脉宽1064nm Nd:YAG激光非剥脱性嫩肤中的作用
6.
Why do tender skin technology and traditional method form have photon to distinguish?
光子嫩肤技术与传统术式有何区别？
7.
Observation of Photorejuvenation Effect and Some Researches into the Mechanisms;
光子嫩肤术的临床有效性观察及部分机理的研究
8.
Full-face Photorejuvenation of Photodamaged Skin by Intense Pulsed Light (IPL) and 755nm Laser;
光子嫩肤仪及755nm激光联合治疗光老化疗效观察
9.
Monitoring thermal damaged tissue in photorejuvenation with optical coherence tomography
光子嫩肤热损伤的光学相干层析成像动态监控
10.
In Vivo Experiment Study of Non-Ablative Photorejvenation by Using Q-Switched Nd: YAG Laser;
Q开关Nd：YAG激光非损伤嫩肤的动物实验研究
11.
Treatment of facial melasma with IPL photorejuvenation
光子嫩肤技术治疗面部黄褐斑的临床观察
12.
The Efficacy of Photorejuvenation on the Patients with Various Types of Melasma;
光子嫩肤治疗不同类型黄褐斑的临床疗效
13.
Design and Realization of the Intelligent Monitoring System of Photorejuvenation;
光子嫩肤仪智能监控系统的设计与实现
14.
Study and Design of Broad -spectrum (1100nm ~1800nm) Infrared Light -Based Skin Rejuvenation System
宽谱红外光(1100nm～1800nm)嫩肤仪的研究与设计
15.
Spectral Characteristics of Laser Ablation Threshold of Soft Biological Tissue;
生物软组织激光消融阈值的光谱特性
16.
Photorejuvenation technology is not only the newest technology in hairdressing surgery area, hut also a international hot technology at present.
光子嫩肤技术是美容外科领域的最新技术，也是目前国际上的热门技术。
17.
Because of the delicacy of her skin, she never sunbathes.
因为她的皮肤极为细嫩，所以她从不作日光
18.
Measurement and calculation of ablation parameters in laser plasma
激光等离子体消融参量的测量与计算