1.
Interaction of Light with Biological Tissue and Measurements of the Optical Properties of Turbid Media;
光与生物组织的相互作用及生物组织光学特性参数测量
2.
Light Propagation in Biological Tissue and Measurements of the Optical Properties of Tissue;
生物组织中的光传输及生物组织光学特性参数测量的研究
3.
The Single-integrating-sphere Technique for Determining the Optical Properties of Bio-tissue;
生物组织光学特性的单积分球测量技术
4.
The principle and design of measurementdevice for biological tissue optical parameters;
生物组织光学特性参数测量原理及设计
5.
Determination of tissue optical properties based on spatially resolved diffuse reflectance in a small source-detector separation
利用微区空间分辨漫反射测量组织光学特性
6.
Research on Optical Parameters of Wood Tissue Based on Double-Integrating-Sphere System
基于双积分球系统的木材组织光学特性参数研究
7.
Measurement of Tissue Optical Properties by Using Double-integrating Sphere System;
用双积分球测量生物组织的光学特性
8.
Studies on Spectroscopy Characteristic of the Interaction between Light and Bio-Tissue;
光与生物组织相互作用的光谱学特性研究
9.
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
10.
Differential diagnosis with optical properties of human bladder cancer and bladder tissues at Ar~+ laser irradiation in vitro
氩离子激光的光学特性对离体人膀胱癌与膀胱组织的鉴别诊断
11.
Time-resolved Light Distribution Properties and the Optical Parameters Measurement in Bio-tissue;
生物组织的时间分辨光分布特性及光学参数测量
12.
University Organization Characteristic--University Is a Science Organization In Substance;
大学的组织特性——大学本质上是一个学术组织
13.
Research About Laser Absorbency Characteristic of Qusicontinuous Plant Tissue;
准连续植物组织激光吸收特性的研究
14.
Spectral Characteristics of Normal Breast Samples in the 350-850 nm Wavelength Range
离体正常乳腺组织350～850nm波段光谱特性
15.
Characteristics of Three-dimensional Autofluorescence of Human Nasopharyngeal Tissues in Vitro;
人体鼻咽组织的三维自体荧光光谱特性研究
16.
Time-resolved Autofluorescence of Human Nasopharyngeal Tissues in Vitro;
人体鼻咽组织的时间分辨自体荧光光谱特性
17.
Research on Light Propagation and Photo-thermal Effect in Biological Tissue;
生物组织中光传输特性及光热效应研究
18.
Studies on Spectroscopic Properties of Biological Tissue Based on Photoacoustic Effects;
基于光声效应的生物组织光谱特性研究