1648778-1

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The application field of 1648778-1 mainly involves in measuring the amount of oxygen present in the environment and reagents. The 1648778-1 oxygen analyzer works on the principle of fluorescence quenching. This fluorescence quenching is a process that occurs when one substance absorbs energy from another (in this case, oxygen). When oxygen is detected, a signal is sent to a controller or alarm, which can then be used to control the environment or alert operators to a hazardous situation.

The primary method of the 1648778-1 Oxygen analyzer is by utilizing a fluorescent dye to detect the oxygen present in a medium. The dye is most commonly made from a compound known as styrylbenzene, also known as 9,10-anthraquinone. The 1648778-1 oxygen analyzer uses excitation light to "pump" light energy into this dye, and when the dye absorbs this energy, it emits light of a different wavelength. When oxygen is present in the medium, it reacts with the light energy and this causes the dye to produce energy at a lower level than observed in the absence of oxygen. The decrease in the emission of light is in proportion to the amount of oxygen present, and this is what the 1648778-1 oxygen analyzer measures.

The 1648778-1 oxygen analyzer also uses a technique called fluorescence quenching, which involves measuring the change in the fluorescence of the dye when it is exposed to oxygen or other reactive gas. In this process, the dye is exposed to light energy and this excites the dye, causing it to emit light of a certain wavelength. When oxygen is present in the medium, the oxygen molecules react with the light energy and this interrupts the excitation process, causing a decrease in fluorescence. This decrease is in proportion to the amount of oxygen present, and this is what the 1648778-1 oxygen analyzer measures.

The 1648778-1 oxygen analyzer is also capable of using a technique known as chemiluminescence to measure oxygen. The process uses a phosphor, which is a material that can absorb light energy and release it as light of a different wavelength. When the phosphor is exposed to oxygen or other reactive gas, it reacts with the light energy and this causes the phosphor to emit light. The light produced is in proportion to the amount of oxygen present, and this is what the 1648778-1 oxygen analyzer measures.

The 1648778-1 oxygen analyzer is capable of performing a variety of other functions as well, such as measuring temperature, humidity, and pressure. The 1648778-1 oxygen analyzer is used in a variety of industries, including medical, environmental, and automotive, as well as in research laboratories. The 1648778-1 oxygen analyzer provides a reliable and accurate way of measuring oxygen and other reactive gases, and is an invaluable tool for those looking to measure oxygen in a variety of environments.

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