«gas pockets»

Generation mechanism of a new type of unburnt gas pocket and its influences on the detonation-wave/boundary-layer interaction

This work studies numerically the generation mechanism of a new type unburnt gas pocket and its effects on characteristics detonation-wave/boundary-layer interaction in supersonic flows. Results show that this is generated due to local re-ignition preheated behind separated obliq

Study of the factors affecting growth of Celerinatantimonas sp. and gas pocket formation in Spanish-style green olives

The defect of gas pocket formation still leads to substantial losses yield and quality Spanish-style green olives worldwide. This spoilage has recently been associated with the growth Celerinatantimonas sp., this study was aimed at investigating influence several factors on Celer

9 th INTERNATIONAL MINE WATER CONGRESS 141 Is mine water a source of hazardous gas ?

Most coal and coal bearing strata contain significant quantities of gases. These gases are either potentially explosive in critical concentrations when mixed with air, others are toxic. Gases found in a mine are almost certainly a mixture of atmospheric air, inert gases, water va

Oscillations of a gas pocket on a liquid-covered solid surface

The numerical solution of the problem of the contact interaction in models with gas pockets

PO-0935: Correcting diffusion weighted MR images for signal pile-up and distortions near gas pockets

Fermenting Yeasts Associated with Softening and Gas-Pocket Formation in Olives

Studying the effect of coal strength parameters on coal and gas outburst: a case study of Tabas coal mine

Coal has been used for centuries as a energy source, and it remains a vital fuel for electricity generation in many countries. However, the risks of coal mining are high, and outbursts and gas emissions are two significant hazards associated with underground coal mining. Coal and

Effects of Low Suction Temperature on the Boil-off Gas compressor

The Boil-off Gas ( BOG ) compressor is used as a key facility in the liquefied natural gas ( LNG ) terminal, to recycle the excessive boiled gas for re-liquefaction or direct application. The low suction temperature down to -162°C brings about big challenges in design of the BOG

Role of a distal pocket in the catalytic O2 reduction by cytochrome c oxidase models immobilized on interdigitated array electrodes.

Five iron porphyrins with different superstructures were immobilized on self-assembled-monolayer (SAM)-coated interdigitated-array (IDAs) gold-platinum electrodes. The selectivity of the catalysts i.e., limited formation of partially reduced oxygen species (PROS) in the electroca