Microscopes are used in a variety of fields to view objects or organisms that are not visible with the naked eye. These devices are useful in biology and medicine to study or analyze specimens, such as bacteria, cells and body tissues. Some other uses of microscopes inc...
A microscope is an instrument that magnifies objects, enabling visibility of 1,000 times or more than what can be seen by the naked human eye. Microscopes of various types assist researchers with medical diagnostics, and they have aided scientists in attaining knowledge...
Condensation occurs when a vapor gas cools beyond its saturation limit and liquid begins to form. Because the water vapor releases its heat during this process, condensation is a warming process.
Microscopes work by gathering light and focusing it through a series of lenses to create an enlarged image. Optical microscopes use a light source to illuminate a specimen and utilize condenser and ocular lenses to provide magnification.
A surface condenser is a device for condensing steam under vacuum pressure. A vacuum must be maintained in the steam condenser to ensure the efficiency of the steam-power plant. Steam and the cooling water do not come in contact with each other.
The different types of microscopes include compound, dissection, confocal, Scanning Electron Microscope (SEM) and Transmission Electron Microscope (TEM). These microscopes vary widely in complexity and design. Many operate using light and illumination, while others use ...
A condenser lens is the part of a compound microscope responsible for focusing light on the slide. This lens is included on almost all microscopes manufactured since the 19th century and is usually found on the bottom of a microscope below the stage and above the electr...