CHADA docx detailed forms

< please fill in the form, by removing the words in italics > CHADA Characterisation Data and description of a characterisation experiment For [name of the characterisation method] Used in [name of the project] Overview of the Characterisation 1 Sample 2 Chain of methods 3 Data publication 4 Access conditions 5 Workflow of the characterisation General description of the sample AND the testing environment Method 1. Please identify the first method used. Most characterisation processes should consist of only one method. However, the user has the possibility to describe a characterisation that includes multiple chained methods. Method 2 … Please give the publication that documents the data of this ONE characterisation. This article should ensure the quality of this data set (and not only the quality of the method). Please list whether the model and/or data are free, commercial or open source. Please list the owner and the name of the software or database (including web link if available). Please give a textual explanation of the characterisation workflow. Workflow picture < Please insert your workflow picture > CHADA 1. SAMPLE 1.1 1.2 1.3 USER User case (sample specifications) Specimen 1.4 Testing environment 1.5 Material Describe the user (level of expertise) and the level of automation of the test Describe the sample specifications (dimensions, surface conditions, sample preparation procedures, sample holder). Describe the nature of the specimen (bulk material, coating, heterogeneous material, biomaterial, etc.) Describe the environment of the experiment (temperature, pressure, working environment – in air, controlled pressure, or vacuum – humidity, noise, vibrations) Main properties of the material under investigation – chemical composition – metal/ceramic/polymer/natural/composite – microstructure of the sample volume. 2. METHOD 2.1 Sample/probe physics of interaction 2.2 Volume of interaction 2.3 Equipment setup 2.4 2.5 2.6 2.7 2.8 2.9 Calibration Probe Detector Signal Time lapse Testing Input parameters Main acquired channels 2.10 Describe the NATURE of the probe used to test the material, as well as the physics of interaction between the sample volume and the probe. Describe the characteristic volume of interaction between the sample Describe the characteristic setup of your equipment (may vary significantly from one technique to another) Describe the calibration process needed to acquire the data Describe the NATURE of the probe used to test the material Describe the nature and main functions of the used detector Describe the SIGNAL that is acquired Quantify the time needed for the acquisition Describe the main input parameters that are needed to acquire the signal Describe the main acquired channels for this experiment 3. RAW DATA 3.1 3.2 Raw Data Data acquisition rate Describe the nature and format of the acquired raw data Quantify the raw data acquisition rate 4. DATA PROCESSING 4.1 4.2 4.3 4.4 4.5 Main data filtering processes Main data analysis procedures Main processed channels Data processing through calibrations Properties (elaborated data) Describe the main raw data filtering processes Describe the main raw data analysis workflow Describe the main processed channels Describe how raw data are corrected and/or modified through calibrations. Describe how the elaborated data are converted into properties.