How does OPC work?
Our bodies are composed of billions of molecules held together by electromagnetic forces, chemical bonds created with paired electrons. Free radicals are unstable molecules that have lost an electron and are unbalanced. Free radicals seek to replace the lost electron by randomly attacking nearby molecules and extracting desired electrons. One free radical can damage a million or more molecules in a chain reaction referred to as radical propagation, which leads to oxidative stress. Uncontrolled oxidation is very destructive. It is analogous to effects we see in our environment such as the rusting of metal, the rotting of meat, the browning of apples or the hardening of old rubber. Oxidation in our body by free radicals is known to be responsible for premature aging, wrinkling of skin, hardening of arteries, stiffening of joints, formation of cataracts, the initiation of cancer, diabetes and more. We are constantly exposed to free radicals via such processes as antimicrobial activity by
Related Questions
- In MiMiC v2.8, OPC parameters can be simulated using the /OPC designation in the Tag name. Can the user simulate OPC parameters in MiMiC v3 and do they consume SIO tags?
- In the past, there were conversion issues with using from simulations developed for the VIM to the DeltaV Simulate OPC drivers. Has this been addressed in MiMiC v3?
- What problems can be solved with Advanced OPC Data Logger?
