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4 Liter Water Purifier Simulator: Thermal Distillation, Water Purification Mechanics, and Altitude Thermodynamics

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@mdnursyazwi Cara Dapatkan Air Suling Paling Tulen di Rumah (4L Water Distiller). Adakah anda bimbang tentang kualiti air minuman anda? Ketahui cara mendapatkan air yang benar-benar tulen dengan 4L Pure Water Filter Distiller. Proses penyulingan adalah kaedah terbaik untuk menyingkirkan 99.9% bendasing termasuk klorin, fluoride, logam berat, dan bakteria yang tidak dapat ditapis oleh penapis air biasa.  Bagaimana ia berfungsi? Sangat mudah! Anda hanya perlu mengisi tangki keluli tahan karat dengan air paip, tutup unit, dan tekan butang mula. Mesin ini akan mendidihkan air sehingga menjadi wap, kemudian menyejukkannya semula menjadi cecair melalui kipas kondenser, dan akhirnya menitis ke dalam balang kaca 4 Liter yang disediakan.  Berapakah hasilnya (Yield)? Setiap satu kitaran lengkap akan menghasilkan tepat 4 Liter air suling yang jernih dan selamat. Dari segi masa pula, mesin ini mengambil masa lebih kurang 4 jam untuk melengkapkan satu pusingan 4L (kadar 1 Liter sejam)...

Advanced Urban Heat Island & Microclimate Simulator

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Metropulse Thermal Matrix: Advanced Urban Heat Island & Microclimate Simulator Metropulse Thermal Matrix Developed By: Ir. MD Nursyazwi Decoding the Urban Canopy: A high-precision digital twin for predictive microclimate modeling, radiative flux balancing, and mitigation of the Urban Heat Island effect. Instructions on How To Use This laboratory environment operates through three primary phases: Configuration, Simulation, and Analysis. To begin, select a City Archetype from the dropdown menu to initialize the urban geometry. Utilize the Morphology Sliders to adjust building heights and density percentages, which directly influence the Sky View Factor (SVF). Click Animate Cycle to observe the diurnal progression of heat or use the Solar Phase slider to manually inspect ...

Interactive Astronomical Telescope Moon Watching Simulator

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Interactive Astronomical Telescope Simulator: Moon Viewing & Observation Dynamics Interactive Astronomical Telescope Simulator Developed By : Ir. MD Nursyazwi Moon Viewing & Observation Dynamics: Aperture, Magnification, and Atmospheric Effects Instructions on How To Use This simulator provides an interactive representation of the variables governing real-world astronomical observation. The model is designed to demonstrate the critical interplay between optical parameters, atmospheric conditions, and resulting image fidelity. Data Input: Utilize the sliders in the subsequent section to define the telescope aperture (light collection and maximum resolution), magni...
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