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  • Mesporous Silica

    Mesporous Silica
    Dec 7, 2017 | ACS MATERIAL LLC

    Mesoporous silica materials have gained much attention due to its ordered pore structures and ability to be controlled at micrometer and nanometer scales. The material made excellent candidates to many applications such as drug delivery, adsorption and waste water treatment. The high surface area and narrow pore size distribution make this material suitable as catalysts and templates for other materials. Here, we will discuss what makes this material so unique, the different methods that was used to synthesize them and some of their applications. Introduction Mesoporous silicas (MS) are solid materials with a porous structure and many empty channels (mesopores) that absorb relatively l... Readmore

  • Graphene Transfer

    Graphene Transfer
    Nov 29, 2017 | ACS MATERIAL LLC

    Fabricating graphene molecularly through Chemical Vapor Deposition (CVD) has been highly desirable and popular as it can produce the material with a large surface area. The CVD method involves graphene growth on a metal catalyst and the transfer of that graphene onto different substrates for various application purposes. Transferring the material is quite common and can be done in different ways, such as utilizing a thermal release tape and PMMA. This report will explain both techniques and its ease in transferring graphene. Introduction Since the graphene market has been on the rise over the past decade, producing a large, high-quality amount has been a common focus in research. Curre... Readmore

  • Graphene Oxide

    Graphene Oxide
    Nov 21, 2017 | ACS MATERIAL LLC

    Commercializing graphene has been a main interest in research and technology, but its high cost and some difficulty in producing large quantities of the material remains to be a topic of discussion. However, graphene oxide is exceptionally feasible in creating a scalable production; in fact, it has been an attractive precursor material for a large-scale production of graphene-based materials. Here, we discuss more about graphene oxide, its synthesis and how it can be an excellent material for various applications. Introduction to Graphene Oxide Graphene is a two-dimensional, crystalline allotrope with a hexagonal lattice structure made from pure carbon atoms. They are best known for i... Readmore

  • Introduction to MOFs & COFs

    Introduction to MOFs & COFs
    Nov 15, 2017 | ACS MATERIAL LLC

    Porous organic materials display unique qualities that can potentially be used in various applications. New classes of these porous materials, such as metal-organic frameworks and covalent organic frameworks, have gained attention due to its distinctive attributes. Thousands of new frameworks have since been discovered after its first discovery and further researched to gain more insight on their properties. This article will discuss these materials’ structure and synthesis as well as their promising benefits in different applications. Introduction Porous materials have played an important role in technology, but two classes of molecular sieves with distinctive qualities have been e... Readmore

  • Upconverting Nanoparticles

    Upconverting Nanoparticles
    Oct 24, 2017 | ACS MATERIAL LLC

    Upconverting nanoparticles have attracted a large amount of interest due to their ability to partake in bioimaging and therapy applications. Upconversions display anti-Stokes shifts in which the summed, single emitted photon has a higher energy than the incident photons. While this is an unnatural phenomenon, rare earth metals have been used to assist in upconversions due to its multiple excitation levels. With this ability, these nanoparticles can be used to possibly overcome limitations (as found in quantum dots) when displaying fluorescent properties. In this article, we will discuss the process of upconverting nanoparticles and how it can potentially provide a better alternative in... Readmore

  • CVD Graphene

    CVD Graphene
    Aug 1, 2017 | ACS MATERIAL LLC

    Graphene, as manufactured by the CVD method, has been in the forefront of many research initiatives due to the beneficial extremes it exhibits for many different characteristics. Synthesis requires a catalyst (usually copper or nickel), carrier gases (usually from H2, Ar), feed material (methane) and a proper atmospheric environment. The list of potential use-cases for this remarkable substance grows daily, and techniques for growing, handling and transferring the graphene are also increasing. In this paper, we will explore these aspects of CVD graphene and look at likely future scenarios. Introduction to CVD Graphene With growing interests in graphene on the rise due to its attractiv... Readmore

  • Introduction to Graphene

    Introduction to Graphene
    Jun 1, 2017 | ACS MATERIAL LLC

    Graphene is defined as a single-atomic-layer, 2-dimensional allotrope of carbon atom. This material has superlative properties of strength, elasticity, electrical conductivity, and thermal conductivity. It can potentially provide a higher energy density than that of a common supercapacitor. There are multiple ways to prepare graphene using one of the top-down or bottom-up categorical methods but the most popular within these categories would be the chemical vapor deposition (CVD) as it can produce high-quality graphene film which can be transferred onto a desired substrate relatively easily. The cost efficiency of graphene, along with its spectacular properties, proves to be useful in ... Readmore

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