Diamond has several applications: it is used for decoration, to manufacture high quality stereo equipment in addition to being included in cutting instruments. It is therefore important to determine the quality of the diamond. This can be done a simple, nondestructive method that is known as Raman spectroscopy. This method is used in the characterization of the morphology of the molecules of carbon materials. The bands that are detected on the Raman spectrum are dependent on the frequency of the vibrations which is attributed to the bonds within the molecule. This technique has several applications in diamond science: it is ...
Lattice Research Papers Samples For Students
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Introduction
The name diamond owes its origin to Greece. The term is a corruption of the Greek term Adamas, which means the invincible or the unbreakable. In mineralogy, diamond refers to an allotrope of carbons, which is capable of transiting from one state to another. The carbon atoms within the mineral are arranged in a cubic-centered crystal known as the diamond lattice. The diamond mineral has the formula C and exists in Isometric-Hexoctahedral (cubic) crystal system. It is also essential to note that diamond exists in the space group C63/mmc.
Diamond exists in different varieties, as distinguished by their colors. Typically, ...
Spectrum Allocation in Cognitive Radio Using Potential Game Theory
Spectrum Allocation in Cognitive Radio Using Potential Game Theory
Cognitive Radio is another era of remote correspondence framework that empowers unlicensed clients to adventure underutilized authorized range to improve the radio range use. The asset distribution is hard to accomplish in an element appropriated environment, in which Cognitive Radio clients take choices to choose a channel without arrangement, and respond to the natural changes. In this examination we present the game hypothesis model for effective range designation (Benmammar & Amraoui, 2013). The proposed game hypothesis model uses the hereditary calculation application to break down a radio recurrence and advance the utility ...
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Introduction
The Eiffel tower is an iron lattice located on the Champ de mars in Paris. The building was erected in the year 1889 and was named after a contractor as well as engineer who was among the most influential people in its construction, by the name Gustave Eiffel (Greene 56). It is the tallest building in Paris having 108 stories. It was the tallest man-made structure until the Chrysler building was built in New York in 1930. However, the addition of the antenna at the top of Eiffel tower in 1957 has now made it taller than Chrysler building by ...
Abstract
The study of tiny particles and their applications have emerged as an important area of research in recent years. In particular, magnetic nanoparticles have attracted considerable attention due to their unique properties that make the particles useful in numerous applications. Accordingly, the present review investigates the synthesis, characterization, and biomedical applications of magnetic nanoparticles. The introduction section examines recent advances in nanotechnology and explains the significance of magnetic nanoparticles in scientific research. The section on results and discussion presents the findings of various researchers with a focus on the magnetic properties, synthesis, characterization, and biomedical applications of magnetic nanoparticles. ...
Abstract
The fugacity is a term that has Latin origins, referring to pace and speed. Early work somewhere in the 20th century, on fugacity, demonstrated that chemical equilibrium is established by the free energies of reacting material. Since then, various approaches and concepts on fugacity have been provided. The gas fugacity of noble gasses has been studied, and models have been proposed for calculating the solubility of noble gasses. The development of various models has considered pressure effects, differential equilibrium between components and temperature changes.
The paper discusses the evolution of various multimedia fugacity models and the fugacity of pure ...
Steel is an alloy of another metal, iron. In addition, it contains carbon components. The carbon content of steel metal varies between 0.002% and 2.1% according to their weight. In fact, it is the carbon component in the steel metal that makes it harder than mere pure iron. As such, these carbon atoms make it hard for any dislocations to occur in the iron crystal lattice preventing the lattice from sliding past each other. Notably, steel is the metal that is most widely used for construction purposes, as well as the most recycled metal on earth. It ranges from ...
