Si and III-nitride based photonic crystal cavities for optical trapping and non-linear optics

The project data will be organised in the following folder system : One main folder for the each subproject : GaN nonlinear optics and Optical trapping Each folder is organised in the following sub-folder system (not all may be used), each with a readme-txt file if necessary. 1 Fabrication and processing folder includes masks and processes used for clean room processing (Runcard, process flow diagram, same as the submitted to CMi). 2 Simulations folder includes simulation and driver files include finite-difference time domain (FDTD) and finite-element method (FEM) simulations, optical structure calculations as well as laboratory codes written using Matlab or the Python language. 3 Mechanical drawings folder includes drawings for the mechanical workshop and relevant information (photos, pictures, drawings). 4 Characterization folder includes general structural characterisation data of all samples produced during the work. Typical examples of structural characterisation techniques include, atomic force microscopy (AFM), scanning electron microscopy (SEM), spectroscopic ellipsometry (SE), X-ray diffraction spectra (XRD), stylus profiler data, reflectometry and optical microscopy as well. 5 Optical measurements folder includes optical spectroscopy data of all samples produced during the work. Typical examples of optical characterisation techniques include photoluminescence, reflectivity and transmission and other data such as Fourier imaging obtained in end-fire set-up. 6 Processed data folder includes sketches, drawings, figures and scientific papers. As a general rule, the .txt files are preferred when possible for all categories above. Metadata Two types of metadata will be considered within the frame of our project: that corresponding to the project publications and that corresponding to the published research data. For that reason, metadata will be included in a subfolder within the 6 Processed data subfolder. In the context of data management, metadata will form a subset of data documentation that will explain the purpose, origin, description, time reference, creator, access conditions and terms of use of a data collection.本项目数据将按照以下文件夹体系进行组织： 为每个子项目设置一个主文件夹：氮化镓（GaN）非线性光学与光捕获。 每个主文件夹将按照以下子文件夹体系进行划分（并非所有子文件夹都会被启用），必要时每个子文件夹均配有自述文本文件（readme-txt）。 1. 制备与加工文件夹：包含洁净室加工所用的掩模与加工流程（与提交至CMi的运行卡、工艺流程图一致）。 2. 仿真文件夹：包含仿真与驱动文件，涵盖有限差分时域（finite-difference time domain, FDTD）、有限元法（finite-element method, FEM）仿真、光学结构计算，以及采用Matlab或Python语言编写的实验室代码。 3. 机械制图文件夹：包含机械加工车间所用图纸及相关资料（照片、图片、工程图）。 4. 表征测试文件夹：包含本项目中制备的所有样品的通用结构表征数据。典型的结构表征技术包括：原子力显微镜（atomic force microscopy, AFM）、扫描电子显微镜（scanning electron microscopy, SEM）、光谱椭偏术（spectroscopic ellipsometry, SE）、X射线衍射谱（X-ray diffraction spectra, XRD）、触针式轮廓仪数据、反射测量法以及光学显微镜测试。 5. 光学测量文件夹：包含本项目中制备的所有样品的光学光谱数据。典型的光学表征技术包括光致发光、反射率与透射率数据，以及端射装置中获取的傅里叶成像等其他数据。 6. 处理后数据文件夹：包含草图、图纸、图表及学术论文。 通用原则：上述所有分类的文件在条件允许时优先采用纯文本（.txt）格式存储。 元数据（Metadata） 本项目将考虑两类元数据：一类对应项目发表成果，另一类对应已发布的研究数据。为此，元数据将存放于第6类“处理后数据”子文件夹下的一个子文件夹中。 在数据管理范畴内，元数据属于数据文档的子集，用于阐释数据集的用途、来源、描述信息、时间基准、创建者、访问条件及使用条款。