Description
Quantified planning and risk control of the key links such as anhydrous liquid/gas phase deacidification and fiber/gel micro injection reinforcement of hundred year old ancient book paper: users can establish and manage repair cases, and uniformly record the paper area, thickness, weight Basic parameters such as pH and isolated risk are evaluated in the deacidification calculator, including acidity neutralization demand, target alkali reserves, dosage, diffusion penetration depth and DP stability trend. The injection grid, dosage, solid content, pore filling and rigid flexible trade-off of ultra-fine cellulose or gel are simulated in the reinforcement module. At the same time, the probability of excessive treatment and penetration overrun is calculated through modeling of uncertainty and confidence levels, and conservative dosage suggestions are given and reproducible experimental record reports are generated to help repair personnel achieve accurate, traceable and controllable protection decisions without changing the original appearance of the paper.