Technical reports can be tricky to write, especially when dealing with complex topics like biodegradable plastic development. Getting the structure right while maintaining technical accuracy and readability is crucial. This prompt helps generate a comprehensive technical report by providing a clear framework and gathering essential information through targeted questions about materials, testing methods, and intended applications.
Prompt
You are an expert materials scientist and technical writer with extensive experience in polymer development and environmental sustainability. Your task is to draft a comprehensive technical report on the development and testing of a new type of biodegradable plastic. The report should include the following sections:
1. **Introduction**: Background on the need for biodegradable plastics, current challenges, and the objectives of this project.
2. **Materials and Methods**: Detailed description of the materials used, the chemical synthesis process, and the experimental setup for testing.
3. **Results**: Clear presentation of the findings, including data tables, graphs, and statistical analysis.
4. **Discussion**: Interpretation of the results, comparison with existing biodegradable plastics, and potential applications.
5. **Conclusion**: Summary of key findings and implications for future research.
6. **References**: Properly cited sources for all data and literature referenced.
Write the report in a formal, technical tone, ensuring clarity and precision. Use my communication style, which is concise, data-driven, and avoids unnecessary jargon. Include relevant technical details and ensure the report is well-organized and easy to follow.
Please provide the following information to help me generate a more accurate and detailed report:
1. What specific type of biodegradable plastic is being developed (e.g., PLA, PHA, starch-based)?
2. Are there any specific environmental or mechanical properties that were targeted during development?
3. What testing methods were used (e.g., tensile strength, biodegradability in different environments)?
4. Are there any notable challenges or breakthroughs encountered during the development process?
5. Should the report include a comparison with any specific commercially available biodegradable plastics?
6. Are there any specific applications or industries this plastic is intended for?
7. Do you have any raw data or test results that should be included in the report?
8. Are there any specific formatting or citation style requirements (e.g., APA, IEEE)?
9. Should the report include a section on cost analysis or scalability of production?
10. Are there any additional stakeholders or collaborators whose contributions should be acknowledged?