Thread Content
I am honored to join the HaiChuan Forum family; I’m very excited and hope to keep growing and improving here. Turning to the software section, I saw many experienced professionals working hard in this field. I pay my respects to you all; you are my role models as well as my guides. My major is petrochemical technology; as a liberal arts student, my performance in specialized courses isn’t outstanding. But I am extremely passionate about Python (the programming language), so I want to create a program that can optimize the experimental distillation range and address the final stage of the experimental process – data processing and data entry. Moreover, many, many difficulties were encountered during the process of program design and development – such as \"adjusting effective digits,\" \"rounding to 0.5 units,\" \"automatically applying standard mechanisms,\" \"generating original record reports and automatically processing and comparing data,\" and \"converting standard density and volume correction coefficients.\" I really enjoy the process of development, constantly solving problems and moving forward. Due to the requirements of my field, when filling out the original record reports, I focus mainly on Jet Fuel No. 3 (with some items also including gasoline and diesel). The current items include: distillation determination, density determination, viscosity determination, copper sheet corrosion determination... The main functions are: “Reports can be generated automatically simply by entering the raw experimental data,” “Automatic rounding of significant figures and 0.5-rounding, etc.,” and “Current capabilities include data processing for boiling point, density, and viscosity.” As a beginner when it comes to graphical user interfaces, the design is rather simple: P Image displays: Viscosity panel (automated data analysis); Viscosity record sheet (data analysis completed; tables are generated automatically in the background, experimental details are recorded automatically, standards are applied to determine whether the report is satisfactory); Density measurement tool. This tool uses formula-based methods and complies fully with relevant standards; the volume correction error is at one ten-thousandth, while the error for the standard density is within ±0.1, meeting market requirements. It also classifies different types of oils, covering products, crude oil, and lubricants. Regarding distillation determination, it includes all the formulas related to distillation measurement: loss correction formulas, recovery temperature formulas, evaporation temperature correction formulas, and maximum recovery fraction correction formulas. Other formulas are not presented here; this is a general overview of its functions and procedures. Some people might wonder whether so many windows would be too cumbersome, but there’s no need to worry about that. I’ve created a main console through which these windows can be accessed, as shown in the figure below. Currently, the project consists of over 2,000 lines of code, and development is still ongoing. I plan to include all related components in the project. If you need it or want to give it a try, feel free to leave a message. I know I’m a beginner, but I hope to make my own contribution to professional petrochemical technology through this field!