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  If you've heard the terms "e-juice," "vape juice," or E-liquid and E-juice aren't sure what they mean or what's in them, fear not: the tutorial below will answer all of your questions. E-juice and vape juice have become a big aspect of vaping around the world as the use of personal vaporizers and box mods have grown. To begin with, let me state the obvious. To be clear, e-juice, vape juice, and e-liquid are all names that refer to the same product and can all be used interchangeably. What is E-liquid or E-juice ? E-liquid  and  E-juice ,  often known as a vape juice, is the liquid that produces the vapor in vaporizers and electronic cigarettes. It contains nicotine, however, it can also be manufactured without nicotine if desired. The vaporizer warms the e-juice to between 200 and 400 degrees Fahrenheit, converting it to vapor, which you inhale.  Water, food-grade flavoring, a choice of nicotine levels or zero nicotine, and propylene glycol (PG) or ve

What is a Mobile Card Reader? Card payments have advanced in leaps and bounds in recent years, so the days of simply being able to accept plastic payments from one location are over. So, if you're a mobile food vendor, a mobile beautician or hairdresser, a cab driver, or a craftsman, a mobile reader can be exactly up your alley. You may accept payment from your customers from anywhere in the world using a mobile card machine. Do you want to know more? Then read on for our comprehensive guide on all you need to know. How does it work? Mobile card readers are similar to mobile phones in that they use 3G technology to connect to the strongest GPRS signal available in your area via a sim card. They have a long charge that will last you an entire day, so you won't have to worry about it dying on you in an emergency (at least not with our Ingenico card machines, anyway). Aside from this remarkable piece of mobile technology, they work like any other card reader, and a transaction wil

Digital radiography (DR) has most often replaced screen-film radiography in the department of radiology in the past two decades. Several types of detectors and readout mechanisms are available today for digital imaging. In an image archiving and communication system using digital detectors, images are stored digitally and can be retrieved at any time. Image distribution in hospitals can now be achieved electronically utilizing web-based technology with no risk of losing images. Other advantages of DR include higher patient throughput, increased dose efficiency, and the greater dynamic range of digital detectors with the possible reduction of radiation exposure to the patient. The future of radiography will be digital. It is essential for radiologists to be familiar with the technical principles, image quality criteria, and radiation exposure issues associated with the various DR systems currently available. A structured historical overview of digital radiography is outlined in this bl