行业分类-物理装置-EPMA-WDX的全岩矿物识别与平面成像方法及装置.zip

as3.0开发，用于物理光学教学，它是我们进行物理凸透镜成像教学十分有用的工具。

2017CT 系统参数标定及成像数学建模论文，内有CT 系统参数标定及成像的详解，都是非常好的论文。

基于ECS的成像算法MATLABA程序，压缩包里还有对应的文献可以供参考，方便对程序的理解，经过测试可以直接运行。

杨玉平，张振著 第一章：太赫兹辐射理论概要 第二章：太赫兹时域光谱技术 第三章：衍射受限太赫兹成像 第四章：超衍射受限太赫兹成像 第五章：THz成像技术的应用 附录A：闪锌矿晶体作为辐射源和探测晶体 附录B：材料参数提取的原理及方法 附录C：Gouy相移

波前编码成像编码，对光瞳函数进行编码，成中间一致像，通过焦点处的PSF进行成像复原，扩大系统的景深，matlab编程，用的是维纳滤波，可以自己再改造。

版本号：v1.3 1、显示热成像图像，显示原始图像和插值以后的图像 2、设置补偿系数 3、调节高斯滤波效果 4、多种色阶可以选择 5、串口通信，轮询每一帧图像 6、单独显示最大值，最小值，器件温度 7、增加串口波特率修改功能并可以掉电保存

SPM，即统计参数图，也是这个软件的最终输出，它是由英国伦敦大学的 Friston教授等人在通用数学软件包Matlab基础上开发的软件系统，其统计功能非常强大，设计这个软件包的初衷是采用统计的方法来处理fMRI，PET和 SPECT的数据。用SPM进行数据处理分析过程主要分为两大部分:预处理过程和统计分析过程。

LYC-HM3232热成像人脸测温模块和热成像测温摄像头说明书 ，测温模块使用说明

Photoacoustic tomography (PAT) is an emerging biomedical imaging modality that combines the high-contrast and spectroscopic-based specificity of optical imaging with the high spatial resolution of ultrasound imaging in a single modality. By listening to light, PAT detects tissue-absorbed photons ultrasonically through the photoacoustic effect. Since ultrasonic scattering is two to three orders of magnitude weaker than optical scattering in tissue, PAT breaks the 2–4 mm spatial resolution limit associated with pure optical tomography such as diffuse optical tomography (DOT) for deep tissue imaging, or the ~1 mm depth limit associated with confocal and multiphoton microscopy and optical coherent tomography (OCT). In PAT, tissue is excited with a short (typically a few nanoseconds) laser pulse (focused or unfocused); the subsequent laser-induced transient photoacoustic waves in the range of 1–100 MHz, due to the transient thermoelastic expansion of light-absorbing components in tissue, are detected by wideband unfocused or focused ultrasound transducer(s). Unique advantages of PAT are that functional or biochemical parameters such as deoxy-hemoglobin (HbR), oxy-hemoglobin (HbO2), water (H2O), lipids, and so forth along with vasculature and blood flow can be imaged in high resolution. In addition, highly specific molecular PAT can be realized through the use of molecular contrast agents. Finally, PAT can be made portable for bedside applications, is economical, and uses non-ionization radiation.