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    Analytical Chemistry

    Guide to Calibration Curve Preparation: Principle and Methodology

    The calibration curve, often known as the standard curve, is an essential curve in analytical chemistry. Calibration curve preparation: What is a calibration curve? The calibration curve, often known as the standard curve, is an essential curve in analytical chemistry. It enables the device to determine the relationship between instrumental analysis and analyte concentration in

    The Role of Calibration Curves in Science Experiments

    Attaining accuracy and precision is key in any scientific experimentation and these factors are directly linked with the data output. Calibration curves serve as a cornerstone in the measurements taken for validity of the data in analysis of chemistry, biology, and even in physics. Calibration curves will assist experts in determining the relationships that exist

    What is Lab Grade Purity and Why Does It Matter?

    The term ‘purity’ encompasses a lot in the fields of scientific research and lab work, as its definition is crucial for obtaining reliable and reproducible results. Lab grade purity is defined as the level of purity of chemicals and reagents that are used in experiments, that is, the amount of impurities and contaminants present in

    Can Lab Grade Be Just as Good as Reagent Grade?

    During laboratory work, the selection of chemicals and reagents often consists of a choice between lab grade or reagent grade products. The two products serve different purposes, but the question that begs to be answered is: Are lab grade chemicals as good as reagent grade chemicals for specific purposes? Understanding the Difference Before answering the

    Choosing Between Lab Grade and Reagent Grade

    Anyone venturing into scientific research or laboratory workings will face an elementary problem: the selection of chemicals needed for your experiments. Two types of chemicals you frequently encounter are lab grade and reagent grade chemicals. While both serve different purposes, the right choice can be confusing for novices. This guide is designed to assist you

    What’s the Best Way to Do SEM/EDS Analysis?

    Scanning Electron Microscopy (SEM) and Energy Dispersive X-ray Spectroscopy (EDS) are powerful methods employed in the examination of surface morphology and elemental makeup of materials, across various domains including materials science and life sciences. Knowing basic SEM/EDS analysis tips will help you obtain the best results for your projects Overview of SEM/EDS Analysis SEM or