![]() ![]() The course consists of two successive days of 8 hours each. Emphasis lies on the practical use and application of the techniques and how to translate results to the practical situations. Practical demonstrations of the various types of equipment are used to alternate with the various lectures. In this laboratory the most important techniques in the area of particle size and shape characterization including sampling and sample pre-treatment equipment is available. The course is organized by and at the premises of Delft Solids Solutions, where also a fully equipped laboratory is available. Quality, reference materials and standards.Forward light scattering (Laser Diffraction).Electrical Sensing Zone (Coulter principle).Introduction solid matter and particles.The central theme addressed in this course is how to define and characterize the size and shape of a particle or a set of particles. Both courses are scheduled together in order to enable attendance of both courses in a series of 3 days. This course is in close relation to the 1-day course Porosity and Surface Area Characterization. A fully-equipped laboratory is located in the same premises as where the course is taught, which enables a perfect blend between theory and practice. This is made use of in every analyzer ever made, from the basic prototype to the. The larger the particle, the smaller the angle and the higher the intensity of the scattering. Accuracy, quality and quality control are separate topics that are dealt with together with selection of appropriate measurement techniques. The principle of laser diffraction is the relationship that exists between light scattering (its angle and intensity) and particle size. Pros and cons of the techniques are highlighted and common pitfalls in particle size characterization are interactively discussed. In the first 2-day course Particle Size Characterization the overall basic principles and definitions of particle size and particle shape are being discussed and particle size distribution techniques are being explained and compared. In the chemical industry alone, half of the final products and 75% of the semi-finished products is in powder or granular form.ĭelft Solids Solutions offers two courses devoted to particle characterization: Approximately 80% of the industrial processes deals with such solid matter. Powders and granular material are of key importance in industry. Particle characterization concerns a wide range of materials and products: ranging from large molecules (proteins and polymers), micelles, micro-emulsions, viruses, droplets, latexes, fine dust particles, pigments, clay and minerals up to sand and gravel. Direct measurement range from 0.Why the course Particle Size Characterization?.High-security software configuration supports 21 CFR Part 11.ADAPT Software features pass/fail results for faster quality control.New control standards adequately verify instrument/module performance. ![]() Provides accurate, reliable detection of multiple particle sizes in a single sample.Enhanced software simplifies method creation for standardized measurements.Universal Liquid Module (ULM) analyzes samples suspended in aqueous or non-aqueous dilutents ranging in size from 0.010 μm to 2000 μm.Dry Powder System (DPS) Module delivers reliable results from 0.40 μm to 3,500 µm for all types of homogeneous and heterogeneous samples that can be dispersed dry.The XR particle size analyzer provides fast, accurate results, and helps streamline workflows for optimal efficiency.Offers particle size distribution data from advanced Polarization Intensity Differential Scattering (PIDS) technology, which enables high-resolution measurements and an expanded dynamic range. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |