Zolix spectrometer in application of Combustion Diagnostics

Fuel combustion is a transient chemical reaction kinetic process. Scientists use traditional photoelectric technology, combined with laser technology, spectroscopy technology, and image processing technology to analyse the temperature, composition and other parameters of the combustion field, and optimize the spray combustion of the engine. It is of great significance to improve combustion efficiency and reduce pollutants.

Applications for Optical thickness Monitoring

Zolix Spectrograph Application in LIBS

Laser induced break down(LIBS) is a method of analysis of materials. It is a kind of emission spectroscopy, very easy to analyse many kinds of elements at the same time. Since it was introduced for analytical field in 1962, especially in these two decades, LIBS has developed very fast. Now it has been researched not only in LABS, but in many field as well, such as metallurgy, cultural heritage and archaeology. Spectrograph also plays important role in LIBS system, despite of laser and fast detectors.

Tunable Light Source-Uniform Light source

light sources are very popular in many optical experiments, but many can’t provide monochromatic light or a short bandwidth light. Tunable Light Source (TLS) can match these requirements. It’s very easy to achieve high bright emission light or hight resolution monochromatic light with a diffraction system.

Air-based Monitoring for Pollution Discharges from Ships on the Sea

尽管欧盟和美国的新法规要求航行在欧洲和美国沿海的船舶使用低硫航油，但由于执法难度大，违规风险小，在经济利益的驱动下，便宜的、高硫的燃料仍被许多轮船违法使用。然而，新技术的发展将改变这一现象。基于一对Andor紫外光谱仪构建的实时空中污染检测系统能够以每小时20艘的速度实时监控船舶污染。