Proteiomic patterns for endometrial cancer using SELDI-TOF-MS

Serum samples from endometrial cancer (EC) patients and healthy females were analyzed using surface-enhanced laser desorption-ionization time-of-flight mass spectrometry (SELDI-TOF-MS) to discover the potential diagnostic biomarker for detection of EC. A preliminary training set of spectra derived from 40 EC patients and 30 healthy women were used to develop a proteomic model that effectively discriminated cancer patients from healthy women. The training set had a specificity of 100% and sensitivity of 92.5% in the EC detection. A blind test set, including 20 new cancer cases and 10 healthy women, was used to validate the sensitivity and specificity of this multivariate model, which had a corresponding results of 60% in specificity and 75% in sensitivity, respectively. The combination of SELDI-TOF-MS with bioinformatics tools could help find new biomarkers and establish the detection of EC with high sensitivity and specificity.     

利用三维激光扫描测量数据与电脑绘图软件绘制敦煌彩塑

作为文物的敦煌彩塑需要重点保护,不能随意触碰与移动,但其本身结构复杂,具有不规则性,且所处空间狭小,测绘难度较大。数字化是文物保护工作的重要内容与手段,如何利用数字化手段和成果精确绘制各种考古测绘图需要在实践中逐步探索。本文以莫高窟第275窟主尊(交脚菩萨)为例阐述了利用三维激光扫描测量手段,非接触式测量与三维复制敦煌彩塑,并利用三维点云数据精确绘制彩塑的图纸。     

固体激光器温度控制系统的硬件设计

介绍了一种固体激光器温度控制系统的硬件结构与原理,它可以很好地实现固体激光器的温度测量、显示、超限报警与控制等功能。     

Sagnac效应与激光陀螺

依据相干光学理论，从Sagnac效应出发，分析讨论了激光陀螺的基本原理，并结合其物理原理简要介绍了二频单激光陀螺的工程化过程及应用前景。     

Precise asymptotics in the law of the logarithm for random fields in Hilbert space

Consider the positive d-dimensional lattice d (d≥2) with partial ordering ≤, let {XK; K ∈ d } be i.i.d. random vari- ables taking values in a real separable Hilbert space (H, ||·||) with mean zero and covariance operator ∑, and set partial sums SN =∑K≤NXK, K , N ∈ d . Under some moment conditions, we obtain the precise asymptotics of a kind of weighted infinite series for partial sums SN as ε 0 by using the truncation and approximation methods. The results are related to the convergence rates of the law of the logarithm in Hilbert space, and they also extend the results of (Gut and Spǎtaru, 2003).     

激光生物效应的数理模型及临床应用

激光的生物学效应主要是光效应、热效应、电磁场效应、压力与冲击波效应。分析激光的生物效应，建立激光生物学效应的数学物理模型，重点探讨激光生物效应的医学应用。     

用光的干涉原理测定脉冲激光溅射产物的角分布

本实验将基础光学知识应用于激光溅射沉积（简称PLD）中对溅射产物的空间分布进行测量的研究，将此做为现代物理实验可以培养学生运用基础物理实验方法进行科学研究的素养。     

单变量误差计算法在夹具综合误差计算中的应用

按加工误差的性质,提出了夹具综合误差计算的单变量误差计算法,并对具体问题进行了分析计算.为分析计算各种误差提供了一种可行途径.     

激光斑纹反差测量乳状液颗粒大小

本文首次实现了用斑纹反差方法测量乳状液颗粒大小及分散相折射率，具有高精度和高分辨率等优点。