Investigation of the effect of electrode configuration on sensitivity and linearity of capacitance-based void fraction sensors for cryogenic nitrogen two-phase flow

Cryogenic nitrogen rejection technology, which is the most common method of removing nitrogen from natural gas, uses the difference of boiling points between nitrogen and methane for separation.

The terms ‘cryogenic processing,’ ‘cryogenic treatment’ and ‘cryotreatment’ are used interchangeably. This chapter first presents an overview of the development of cryogenic processing before reviewing …

Jan 6, 2012 · In cryogenic systems, high pressures are obtained by gas compression during refrigeration, by pumping of liquids to high pressures followed by rapid evaporation, and by …

Abstract Cryogenic temperature has been widely recognized as one of the extreme environments for the application of concrete. Exposures to the cryogenic temperature may remarkably deteriorate the …

Jan 1, 2021 · Using cryogenic sciences, we can achieve new milestones in medicine and human-life expectancy can be significantly increased. Since ancient times, applications of cryogenic …

In contrast to case hardening, cryogenic treatments can exert significant effect on the core properties of the tool steels. Cryogenic treatments are capable of improving the properties of tool steels which …

Jun 1, 2024 · The cryogenic CO 2 capture process is a novel technology invented by Prof. Larry Baxter and patented in 2008 (Baxter, 2008). This process leverages a multi-stage direct heat exchanger …

Cryogenic cooling is defined as the application of high-velocity jets of cryogenic agents, such as liquid nitrogen or liquid carbon dioxide, to rapidly cool the cutting zone during machining.

During the deep cryogenic treatment (DCT), materials are cooled to temperatures as low as -196 °C [177]. The term "cryogenic machining" refers to a process that may be used on a broad range of …