Featured image- Arduino-based study on effect of different parameters on cooling of water

Arduino-Based Study on the Effect of Different Parameters on Cooling of Water

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Estimated Reading Time: 11 minutes This is another another Arduino-based project that studies the effects of different parameters on cooling of water. A DS18B20 waterproof temperature sensor was used to monitor the temperature of hot water that was allowed to cool. This is used to take temperature readings for cooling water at various room temperatures, mug sizes, and mug materials. Using arduino-based temperature monitoring, this article investigates the influence of these parameters on cooling.

Featured image - Techniques for characterisation of polymeric nanoparticles

Techniques for Characterisation of Polymeric Nanoparticles: A Review

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Estimated Reading Time: 12 minutes This review article discusses the various analytical techniques for the characterisation of Polymeric Nanoparticles (PNPs). Because of their distinctive qualities, they have gained a lot of attention in recent years. As a result, knowing their properties is important. In fact, a range of analytical techniques are used to investigate these features. It includes microscopic, spectroscopic, light scattering, and diffraction techniques. This article will provide you with a review of these characterisation methods and how they are used to study the properties of PNPs.

Nanorobots Rosemary Salin Cademix Magazine Article Tiny Robot

Nanorobots: A Tiny Robot For Diagnosis And Treatment

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Estimated Reading Time: 12 minutes Nanorobotics is a branch of nanotechnology. It is all about creating molecular devices, called nanorobots. Nanorobots are devices built up entirely of nanoscale components. With today’s scientific capabilities, it is now feasible to create nanorobotic devices and connect them with the macro world for control. These devices have a variety of biomedical applications. They are useful in the targeted drug delivery. Furthermore, they may aid in the diagnosis and treatment of high-risk illnesses in the future. They are applicable in cancer treatment, biosensing, medical surgery, and so on. Moreover, they can mimic certain biological counter parts and act as artificial oxygen carriers, cell repairing device, blood clotting device, and so on. This article will help you to gain basic idea about nanorobots and their biomedical applications.