Posts

Translate

Loading Re-Blog tools...

Interactive Indoor Air Purifying Plant Simulator: Plant Phytoremediation & VOC Removal

Image
@mdnursyazwi ๐ŸŒฟ Breathe Better, Live Greener: Top 9 Air-Purifying Plants You NEED! ๐Ÿชด✨ Ready to turn your home into a fresh-air factory? Forget expensive gadgets—Mother Nature has the hookup! These 9 powerhouse plants are scientifically proven to scrub toxins and boost your indoor air quality. It's not just decoration; it's a wellness upgrade! ๐Ÿ† The All-Stars: 1. Snake Plant (Mother-in-Law's Tongue): The night shift hero! Releases OXYGEN while you sleep and battles formaldehyde, benzene, and more. ๐Ÿ˜ด 2. English Ivy: Mold Killer Alert! ๐Ÿšจ Eliminates up to 78% of airborne mold in 12 hours. Perfect for bathrooms! 3. Peace Lily: Beautiful AND functional! Tackles ammonia, benzene, and adds a peaceful vibe. ๐ŸŒธ 4. Spider Plant: The classic, super easy-to-care-for air filter. Great for beginners! 5. Golden Pothos: A gorgeous vining detoxifier, excellent at grabbing VOCs like formaldehyde. Hang it high! The Rest of the Dream Team: Areca Palm (xylene/toluene crusher), Boston...

Interactive Advanced MOF Gas Adsorption Simulator

Image
Advanced MOF Gas Adsorption Simulator Based on Susumu Kitagawa Advanced MOF Gas Adsorption Simulator Developed By : Ir. MD Nursyazwi An Homage to the Reticular Chemistry of Susumu Kitagawa Operational Protocol: Defining the Adsorption Environment This module provides a predictive simulation of Gas Adsorption on Metal-Organic Frameworks (MOFs) using a semi-empirical Langmuir model. It facilitates the determination of both intrinsic adsorption capacity and the requisite MOF mass to capture a specific volume of target gas at defined conditions. Honorable Mention: This simulation and its core MOF dataset are directly inspired by the pioneering reticular chemistry and functional porous polymers first reported by Professor Susumu Kitagawa and his team. ...