Category: Technology

Understanding how things are made can sometimes be fascinating. Humans commonly take things for granted in daily life, but scratching the surface and peering underneath can lead to greater understanding. One thing you almost certainly take for granted is steel. You may use something made of steel while reading this article. A piece of cutlery, perhaps, or the chair you are sitting on.  Due to the manufacturing process, steel is not a pure metal, which means it isn’t even classed as metal but instead an alloy or a variant. Even though you almost certainly have a number of items in your home made of steel, it is likely you don’t fully understand how it is formed.

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The translator’s activity has always been to work with textual information. Possession of modern computer programs aimed at optimizing the activities of the translator, willingness, and ability to master these software products to increase the attractiveness to the employer and reduce the cost of the “production process” of translation are the main requirements of today’s market. If the translator is confident in modern computer technology, the ability to effectively use previously executed orders helps him and the employer expects significant savings in time and money when translating repetitive or similar pieces of text.

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Science and technology have affected most areas of life. Technology makes things easier and way faster for everyone. We all achieve more and do things we can only dream about with the aid of science and technology. The jewelry industry is also feeling the effects of the use of technology. More complex jewelry designs come to life using technology. It has also made the entire process of jewelry making easy, fast, and more accurate. We will be looking at the roles science and technology have played in the diamond industry.

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Many smartphone manufacturing companies have introduced wireless charging technology for their devices in the last few years. Even though Apple may be one of the late starters in adopting this wireless technology it has recently gone all out with cutting-edge cordless tech. Despite the rumors that have been in circulation about the iPhone 12, we can rest assured that it will also include this innovative technology. Wireless charging sounds like such an effortless convenience that everyone is quick to apply this tech in their lives. However, the path to wireless charging is not always as smooth as that. It is not uncommon for users to set the device down to charge and return an hour later to a completely depleted battery. So, why does this happen and what can be done about it?

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Pressure measurement is important for several applications. The tool used for this measurement is known ad vacuum gauges or pressure meters. Visit https://en.wikipedia.org/ to learn more about pressure measurement. When you have the task of selecting a vacuum gauge, you may think it’s a simple task that you won’t have to think too much about. But you’d soon discover that without using a thoughtful plan, you won’t select the right gauge. Several elements influence the general performance of vacuum gauges. Every gauge has its accuracy level and operating range. They also have their benefits and drawbacks. Hence, these elements have to be properly considered during your decision-making procedure. When you consider these important factors, you’d end up with the right choice.

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We have heard about the possibility of air drones delivering packages to our homes for some years now, with Amazon Prime Air one of the leading contenders that have been in the news lately. This service promises speedy, efficient deliveries but will it end up costing consumers more than before?

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Most motion control applications use DC motors with permanent magnets. DC motors are preferable to AC motors, especially when speed, position, and torque need to be tightly controlled. There are two main types of DC motors – brushed and brushless. Although both types of motor are based on identical physical properties, they differ in the way they perform and function.

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Event-driven architecture is among numerous emerging technologies slowly gaining ground in today’s business and digital worlds. The event-driven architecture space comes with many benefits for businesses and developers alike. This article provides an explanation of an event-driven architecture, highlighting how the current technology works and the numerous benefits available for businesses of all sizes. What is event-driven architecture, and how does it work? Business processes in companies are often event-driven. This is because events occur in the business environment that requires an appropriate response and, if possible, in real-time; for example, in sensor networks or automatic securities trading.

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Day by day, the manufacturing industry is improving its prototyping capabilities by implementing new and improved manufacturing methods. Casting parts are one of such manufacturing techniques that is cost-effective and can be used to produce a variety of products. Ingenuity and advancements have transformed the casting industry, and it has become more effective, clean, and safe. There is a wide and diverse range of casting alloys available which offer the selection of suitable material to fulfill the prerequisite of the specific application. Every casting alloy has its particular mechanical properties, casting properties, heat treatment properties, and machinability. Casting parts has become an integral part of the manufacturing industry and can produce complex geometries with ease irrespective of the size of the part. Moreover, urethane casting has a little waste that can be reheated and used again, making it a very economical process for industrialists.

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The science majors who have taken classes in physics at a beginner or advanced level would likely have heard the term EMF before. It is also possible that you may have heard it before in a sci-fi movie and wondered what the heck it means. Well EMF is short for electromotive force and it is used in electromagnetism and electronics to define an action that is produced when a non-electrical force generates electricity. Usually, an electromotive force is produced by the conversion of other forms of energy into electricity with the help of generators or a battery.  You may wonder how electricity can be produced without the action of an electrical charge. But physics makes us understand that bodies can generate an electrical charge without the help of electricity. Suppose you have ever witnessed the attraction between the negative and positive sides of a magnet. In that case, you will understand that it is possible to generate a force of attraction without the need of connecting wires like you find in electrical devices. So what then are EMFs, and how can you measure them? 

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