Phenolic resin is like an adhesive used in plywoods or other wood products. I need phenolic resin for my research project.Axial press is for compression of materials. I really need this materials, if not then I wouldn't be able to perform the experimentation. If you know where to find one of these materials, pls. help.If you can find one outside the Philippines, pls. tell me if I can get it through ordering in mail. Thank you very much.
Oh, wow! It doesn't smell like anything, it's odorless! It is also quite sickening, and possibly deadly! I had Carbon Monoxide sickness once, and it was AWFUL! :( (I have Carbon Monoxide detectors - they don't work!!!) I felt such DIZZINESS for a long time, and didn't know why. Then I got violently ill, and it lasted a night. After I aired out the house in freezing winter, and shut the heater and pilot light off, I STILL had the dizziness, on and off, for about 3 days! IT IS NOT FUN!!! It takes a long time for that stuff to get out of your system. If you think you have a heater that is giving it off, get it replaced! It will take months just for them to get to the job! Do it now, before everybody wants service! ~Cindy! :(
There are two fundamental reasons for the differences between human vision and electronic detection of light. First, our eyes are complex organic molecules and their exact response mechanism would be hard to duplicate. Our eyes have some advantages, like having 3 color receptors [they used to be called red, yellow, and blue receptors] along side low-light detectors [called 'rods]. There are some physical limitations like receptor density and wavelength response that can't be helped much but our one big advantage is that our brains compensate quickly to 'fill in' some of these limitations like 'blind spots' and motion memory; together, the brain and eyes are a pretty good system. Second, electronic detectors are more simple molecules, usually inorganic, and their two major response limitations are the wavelength detected by each chemical composition and low receptor density [cells per square inch for example]. To change the electronic responses, we have invented both chemical and electronic compensations: ? change the detector composition and you can change the wavelengths detected, ? change the sensitivity [up or down] and you can change the amount of light detected [one way is too cool the electronics - see articles about heat detectors and telescopes], and ? change the factor used to weight [or multiply] the wavelength response from each detector and you can make the output similar to our eyes or extend the range to wavelengths we can't see like infrared or ultraviolet (generally, digital cameras multiply the spectral response of each detector by a fixed weighting system to achieve a desired overall response).
Here's a tip, say what game this is
