This subreddit is for requesting and sharing specific articles available invarious databases.Requests for help with finding sources for your research will be removed. Lookaround a bit before posting. Filter requests:Posting Rules/Guidelines Title:.Required format: Tag Title and Author(s).Possible tags: Article, Book.
Chapter, Supplement, Thesis, Standard, Other, or MetaBody:. Please only replace 'insert identifier here/insert link to paywall here'. Leave everything else alone, including punctuation. Please note that leaving any of the 'insert X' text in your post will result in it being flagged as incomplete, so be sure to remove that placeholder text.DOI/PMID/ISBN: insert identifier here. URL( insert link to paywall here ).Other commentsAre you requesting? READ THIS!.Chances are high that what you're looking for is already available! Lookingfor an article?
Engineering Materials Lecture
The Principles Of Engineering Materials Barrett Pdf To Word Search
Search for its DOI, PMID ortitle, or for its DOI, PMID or URL. Looking fora book? Search or forits ISBN or title.
Dear,Thank you for your submission! It's been added to the sub and automatically flaired with Requesting.The more information you can give us, the better. Please, read the following:.Chances are high that the book you are looking for is already available! Search using the book's title or ISBN in the or database.
More information about Libgen can be found. If this answers your request, please flair your post as Found.If this book is not available as a PDF/ebook, flair your post as Needs Digitizing.Flair your post as Found once it's found!.If the request isn't urgent, please try an interlibrary loan (ILL) instead. ILL avoids potential copyright issues.If you receive a PM from someone asking you to pay for the book, please understand that this is against the spirit of the sub and we do not condone this. Message the mods if you believe it to be a scam.Fulfill some requests while you wait for yours!I am a bot, and this action was performed automatically. Please if you have any questions or concerns.
By Elisa Carrera, Trivia Coordinator for the GCIAs chemists, we are used to thinking about relatively small-scale reactions, and when faced with synthetic challenges we are often most concerned with improving yields of reactions. We can do this by changing reagents, solvents, temperature, and time of reaction. As green chemists, we can incorporate greener pathways into our syntheses by choosing less hazardous reagents and solvents, and designing reactions to be atom economical with low energy inputs.If we want to translate our lab-scale syntheses to an industrial scale, however, things become more complicated. Cost and economics become the driving force in this case, so not only are yields important, but the entire process itself, including product purification (column chromatography on an industrial scale is not the purification method of choice because it is expensive and wasteful!). Of course, the environmental impacts are much higher, since huge amounts of solvents and waste could be involved in a single process.
Thus, incorporating greener processes into industry is where we can see the biggest relief in environmental impact.This is where Green Engineering comes into play. A lot of engineering goes into developing an industrial-scale process, so it’s no surprise that if we want to make commercialization greener we need a new set of principles to follow.