A full guide to vape aerosols, formation, properties and comparisons: Post 3.
March 03, 2025 by substack.com
A full guide to vape aerosols, formation, properties and comparisons: Post 3.
Understanding vaping aerosols is crucial for harm reduction compared to tobacco smoke. Optimal vaping operates within a specific power range, avoiding overheating known as the "Overheating Regime." This regime leads to increased toxic byproducts, taste deterioration, and a critical point called "dry puff." The transition from nucleated to film boiling impacts heat exchange in vape devices. Lab testing under optimal conditions versus overheating scenarios reveals varying byproduct yields. Users experience hotter aerosols and taste changes when exceeding optimal levels. Awareness of these processes is key when analyzing vape aerosols for safety. Future posts will explore scientific analysis of vape aerosols and address methodological flaws in testing.
February 18, 2025 by substack.com
A full guide to vapes: Post 2.
The text explains how vapes work, focusing on the formation of vape aerosols, optimal operating con…
February 18, 2025 by substack.com
A full guide to vapes: Post 1.
This is the first Substack post of a series of posts describing how vapes work, the aerosol they ge…
