The Oxygen Meters to study the Waters of the Olympic Pools
The oxygen meter is an equipment designed to monitor water quality, it is composed of a verification sensor that records various parameters such as pH, oxidation, salinity, conductivity, oxygen and temperature. Oxygen is one of the most important seats for the variety of life forms and the meter allows it to determine the current concentration of dissolved oxygen in mixtures and devices in water or other solutions.
How is Water Oxygen Measured in the Nuclear Sector?
Oxygen meters are equipment designed to calculate the amounts of dissolved oxygen in liquids. Generally, it is shown by scales starting per million (ppm) and by saturation (%), in order to calculate the water quality.
Use of the refractometer to determine sweetness in beverages
Refractometers are instruments designed to measure an optical constant called the refractive index, a characteristic of the sample and the particles dissolved in it. This is defined as the relationship between the speed of light in a vacuum and the speed of light in a substance, it is a property of the material that is not different from the boiling and melting points, but that facilitates the final identification.
Application of UV-visible spectrophotometric techniques to manufacture homeopathic medicines
Homeopathy is a therapeutic system based on three fundamental principles: the similarity (similia similibus curantur), the infinitesimal dose (in decimals of Hahnemann, XH, or in centesimals of Hahnemann, CH) and the individualization of the method (symptomatology, medical and life history, physical and psychological state). Homeopathic medicinal products are made by sequentially energized ultra dilutions of ‘strains’. The treatment given to the patient causes in a healthy person the symptoms that will neutralize in a sick person. Compounds are prepared systematically, diluting the active substance in water and alcohol, stirring vigorously between dilutions. The active substance may be of plant, mineral or animal origin.
Laboratory Bells: Differences
Laboratory fume hoods are fundamental components in the operation of this space to maintain air quality. The variety of fume hoods in the industry meets the needs of scientists. Laminar flow hoods, biosafety hoods and extraction hoods all have a purpose. They are forced-circulation chambers which, depending on their specifications and design, provide different levels […]
Laminar Flow Bells
In scientific, pharmaceutical and clinical applications, it’s essential to have spaces free of bacteria or micro-organisms that could contaminate the workspace. Vertical/horizontal laminar flow hoods are the answer. Laminar Flow Hoods are the tools you need to create a safe, sterile zone for all laboratory requirements. They can be either horizontal or vertical. Essentially, this […]
Recirculating Cooling: What technology do you use?
In the laboratory field, recirculating coolers are high-efficiency cooling equipment, which are used in external cooling studies, to improve sample accuracy, and in turn protect the user. This equipment, which has many uses and important advantages, provides constant, low-temperature situations for inspections, chemical, biological and physical experiments, which must be carried out at low temperature. This equipment in the medical field is also used in food processes, the chemical industry and teaching in universities and research institutes.
Recirculating Cooler: how does it work?
Chillers are used in many Laboratories for a wide variety of important purposes, from improving the precision of experiments to enhancing the safety of laboratory personnel. They are a versatile piece of equipment with many uses and important benefits. Depending on the needs of the laboratory, different types of chiller can be used. In this article, we’ll focus on recirculating chillers.
What is the purpose of a Recirculating Cooler?
A Recirculating Cooler is a piece of Laboratory equipment that forms a closed, high-efficiency cooling system used in a variety of external cooling applications. They are particularly suited to laboratory applications requiring continuous use. They provide a constant, reliable source of liquid coolant for laboratory, clinical or industrial applications. A recirculating cooler can reach temperature ranges from -25°C to 130°C (some can therefore act as heaters). Digital PID temperature controllers ensure that the recirculating cooler reaches the desired temperature precisely and quickly.
How the Microscope Works to Detect Smallpox?
Seismic smallpox, also known as monkeypox, is a double-stranded, double-stranded DNA virus of the Poxviridae family and the Orthopoxvirus genus. Viruses of this genus cause diseases in both humans and animals and are characterized because their infections result in the formation of lesions or nodules in the skin. In the case of seismic smallpox, it begins with a febrile condition, followed by the appearance of indurated and umbilicated skin lesions, that is, depressed in their center. Lesions originate in the head and then spread to the trunk and extremities. After four weeks, the lesions dry and become crusted.