Materials Science - Analytical Chemistry: An Indian Journal

Analytical Chemistry: An Indian Journal is a peer-reviewed, open-access academic magazine that disseminates unique, original scientific writings based on the various disciplines of agriculture and medicine to talk about a variety of brand-new difficulties in analytical chemistry.

The Analytical Chemistry: An Indian Journal is dedicated to the prompt publication of major original research in the basic theory, method, and application of analytical and bioanalytical science. In addition to atomic and molecular spectroscopy, this also involves the miniaturization of analytical systems, bioanalyses, chromatography, mass spectrometry, electrophoresis, electrochemistry, sampling, and sample handling. Each contribution will go through a thorough peer review process where the caliber, originality, and diversity of reader interests will all be taken into account. By highlighting the most significant recent findings from all areas of analytical chemistry, the magazine upholds its reputation as an authoritative source of knowledge.

The study of materials is a multidisciplinary endeavor known as materials science. Materials engineering is a branch of engineering that focuses on creating and enhancing materials as well as discovering new applications for them in various sectors of the economy.

The Age of Enlightenment marked the beginning of materials science's intellectual development as scientists started to employ analytical methods from chemistry, physics, and engineering to comprehend early phenomenological data in metallurgy and mineralogy. Engineering, chemistry, and physics are still used in materials science. As a result, academic institutions have traditionally regarded the discipline as a subfield of these linked fields. The study of the interactions between a material's structure, its production processes, and its properties forms the foundation of materials science. These factors work together intricately to determine how well a material performs in a particular application. The performance of a material is influenced by a wide range of characteristics at various length scales, including its microstructure, macroscopic processing characteristics, and chemical makeup. Materials scientists work to comprehend and enhance materials using the laws of thermodynamics and kinetics.

The atoms of the materials and how they are grouped to form molecules, crystals, etc. are the subject of atomic structure. This level of structure is where a large portion of a material's electrical, magnetic, and chemical properties originate. The angstrom units of length are used. In order to understand the characteristics and behavior of any material, one must first understand its chemical bonds and atomic configuration (crystallography).

The science of crystallography looks at how atoms are arranged in crystalline substances. For material scientists, crystallography is a helpful technique. Since single crystals' natural shapes reflect their atomic structure, the impacts of the crystalline arrangement of atoms are frequently simple to observe macroscopically. Furthermore, crystalline imperfections frequently regulate physical qualities. For one to understand crystallographic flaws, one must first have a solid grasp of crystal structures.

The structure of a prepared surface or thin foil of material as revealed by a microscope magnified above 25 times is referred to as microstructure. It works with objects ranging in size from 100 nm to a few centimeters. Strength, toughness, ductility, hardness, corrosion resistance, high/low-temperature behavior, wear resistance, and other physical properties can all be significantly influenced by a material's microstructure, which can be broadly categorized into metallic, polymeric, ceramic, and composite materials. The majority of conventional materials, including metals and ceramics, have a microstructure.

The science of materials depends heavily on the study of thermodynamics. Chemical reactions, magnetism, polarizability, and elasticity are just a few examples of the broad phenomena that it serves as the foundation for materials science and engineering. Understanding phase diagrams and phase equilibrium are also aided by it.

An interested author can submit their unpublished work in the form of a Research Article, Case report, etc.

As we know Christmas is near and we will be celebrating it, we present you with an amazing offer for a New Year celebration in this we are providing a membership plan for eminent authors who will dedicate themselves to our research work. 

Note: Our journal’s normal APC is 2300 Euro, but during this Christmas celebration we are giving concessions on APC details as follows: 

Submission link- https://www.scholarscentral.org/submissions/analytical-chemistry-an-indian-journal.html

Whatsapp No.- +443308089004

Email Id:- janalchem@theresearchpub.com