Data for: CHIDAM -A software for CHemical Interpretation of the Dissolved ions in Aqueous Media

A software was coded in C++ and compiled in Visual C for the basic interpretation of the geochemical data, considering the utility thermodynamic nature and classification of water. The input data includes Ca, Mg, Na, K, Cl, HCO3, SO4, F, NO3, Si, TDS, EC, pH and Temperature. The output of the software presents the parameters like I.B.E. (Index to Base Exchange), Schollers water type, R.S.C. (Residual sodium carbonate), S.A.R. (Sodium Adsorption Ratio), N.C.H. (Non Carbonate Hardness), P.I, (Permeability Index), K.R. (Kellys Ratio), P.S. (Potential Salinity), M.H. (Magnesium hazard), S.S.P. (Soluble Sodium Percentage) and Na% (Sodium Percentage). The software also calculates the Scholler Classification, Corrositvity ratio, Chloride Classification, Cation, Anion facies and Handas Classification for each sample. The corrosive nature of the water sample is also determined by the software by calculating Puckorius Scaling index, Ryznar stability index, Larson-Skold index, Langelier saturation index and Aggressive index for each sample. Activity coefficient, Ionic activity and silicate stability diagrams were designed in the output. Later the total number samples were grouped based on the standard classification adopted for each calculated parameter. Standard diagrams like USSL, Johnsons plot, Gibbs, Doneens, other thermodynamic plots for Na, K, Mg for silicate system also form the output of the software. The output are saved in different files as opted during the execution of the program. Disclaimer: Since the software is free and provided "as is," the authors, the KISR, and the Kuwait Government have made no warranty, express or implied, as to accuracy or completeness and are not obligated to provide the user with any support, consulting, training or assistance of any kind with regard to the use, operation, and performance of this software nor to provide the user with any updates, revisions, new versions or "bug fixes". The user assumes all risk for any damages whatsoever resulting from loss of use, data, or profits arising in connection with the access, use, quality, or performance of this software. Software is copyrighted No.04-0091/2019.本软件采用C++语言编写，并在Visual C环境中编译完成，用于地球化学数据的基础解析，同时结合水的热力学特性与分类用途。 输入数据涵盖Ca、Mg、Na、K、Cl、HCO3、SO4、F、NO3、Si、总溶解固体（Total Dissolved Solids，TDS）、电导率（Electrical Conductivity，EC）、pH值以及温度。 该软件的输出结果包含以下参数：碱基交换指数（Index to Base Exchange，I.B.E.）、舒勒水化学类型（Schollers water type）、残余碳酸钠（Residual sodium carbonate，R.S.C.）、钠吸附比（Sodium Adsorption Ratio，S.A.R.）、非碳酸盐硬度（Non Carbonate Hardness，N.C.H.）、渗透指数（Permeability Index，P.I.）、凯利比率（Kellys Ratio，K.R.）、潜在盐度（Potential Salinity，P.S.）、镁危害（Magnesium hazard，M.H.）、可溶性钠百分比（Soluble Sodium Percentage，S.S.P.）以及钠百分比（Sodium Percentage，Na%）。 此外，该软件还可针对每个样本计算舒勒分类法（Scholler Classification）、腐蚀比（Corrosivity ratio）、氯化物分类、阳离子相、阴离子相以及汉达斯分类法（Handas Classification）。 软件还可通过计算每个样本的普科里厄斯结垢指数（Puckorius Scaling index）、赖兹纳尔稳定指数（Ryznar stability index）、拉森-斯科尔德指数（Larson-Skold index）、兰格利尔饱和指数（Langelier saturation index）以及侵蚀性指数（Aggressive index），判定水样的腐蚀特性。 输出结果中还包含活度系数（Activity coefficient）、离子活度（Ionic activity）以及硅酸盐稳定性分布图。 随后，软件将依据各计算参数所采用的标准分类体系，对全部样本进行分组。 标准图表如美国盐度实验室图（United States Salinity Laboratory，USSL）、约翰逊图解（Johnsons plot）、吉布斯图（Gibbs）、多恩图解（Doneens）以及针对硅酸盐体系中Na、K、Mg的其他热力学图解，同样作为该软件的输出内容。 输出结果将根据程序运行期间用户选定的方式，存储为多个不同的文件。 免责声明：本软件为免费软件，按“现状”提供。作者、科威特科学研究中心（Kuwait Institute for Scientific Research，KISR）以及科威特政府均未对本软件的准确性或完整性作出任何明示或默示的担保，且无义务就本软件的使用、运行与性能向用户提供任何形式的支持、咨询、培训或协助，亦不会为用户提供任何更新、修订、新版本或“漏洞修复”。用户需自行承担因使用、数据损失或利润损失而引发的任何损害风险，该等损害与本软件的访问、使用、质量或性能相关。本软件已获得版权登记，登记号为No.04-0091/2019。