Influence of energy transfer in the adsorbed state of the clay at the petroleum radiolysis under gamma radiation at room temperature

Ismayilova, M.K.

doi:10.1080/10420150.2019.1678622

Cited by 4 publications

(6 citation statements)

References 8 publications

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“…EDX spectra were measured of a closed powder area of about 1x1 mm. The raw bentonite clay sample used in these experiments has nanostructured composition with particle size in the range of 55 ≤ d [nm] ≤ 175 nm [20]. Clay samples were packed in a closed Pyrex glass container.…”

Section: Experimental Partmentioning

confidence: 99%

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EFFECTS OF GAMMA-IRRADIATION ON NANOSTRUCTURED Na-BENTONITE SILICATE LAYERS AT ROOM TEMPERATURE

Ismayilova¹

2021

Problems of Atomic Science and Technology

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The aim of this paper to study the effects of γ-rays on nanostructured Na-bentonite clay from Alpoid deposit. The effect of high doses (up to 256 kGy) of γ-radiation on the short-range structural organization in montmorillonite was studied using infrared spectroscopy. Significant change attributable to irradiation was observed at dose of 57 kGy. No significant changes were observed after 57 kGy of γ-radiation. A small variation in the water content was noted but it is not systematic. The results show that the montmorillonite structure can accumulate high doses of radiation with damage. The modifications most likely to be generated by the radiation were expected to be within the silicate layers. The morphology of the nanocomposites was studied with scanning electron microscopy. In this paper, the effects of ionizing radiation on the Na-bentonite clay investigated by FT-IR method. These spectra show the suitability of FT-IR study of mineral surfaces and the changes in the spectra brought about by the surface phenomena.

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Section: Experimental Partmentioning

confidence: 99%

“…The modification of bentonite clay from Alpoid deposit by gamma-rays creates future possible perspectives. In works [20,23] were shown that irradiated Na-bentonite clay plays key role for aromatization and isomerization reactions of hydrocarbons.…”

Section: Fig 3 Ft-ir Spectra Of Unirradiated Na-bentonite Claymentioning

confidence: 99%

EFFECTS OF GAMMA-IRRADIATION ON NANOSTRUCTURED Na-BENTONITE SILICATE LAYERS AT ROOM TEMPERATURE

Ismayilova¹

2021

Problems of Atomic Science and Technology

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“…Pipelines are an important isuue in this field in its structure and transporting it with safety ways in [4][5][6] alot of methods has discussed to structure the piplines with perfect way and in limited sizes with effeciency work. Transforming is the last phase after extraction oil to make it ready for use and it depends on alot of factors that affect on it such as high temprature that oil properities must handled with that high temprature and alot of challenges that will be faced, an insulating oil is used to make the transformer so cold to operate safely and using a specific materials with exact temprature for each material by secure transfering of these materials and energies [7,8]. In [9,10] transfering petrol process after extraction process is an important phase in this field as it depends on the container of the material, material itself, climate of the extraction location and received one, paint of the container, and the transportation vehicle that lead the road.…”

Section: Introductionmentioning

confidence: 99%

A survey on predicting oil spills by studying its causes using deep learning techniques

Nasr

Al-Sheref

Elwahab

2021

IJEECS

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<span>It’s so easy to know the accidents as it’s already happened and solving these accidents is immediately handled, but searching for a solution for these accidents, don’t deny the existence of reasons that made accidents happen. Knowing the source of accidents will help in avoiding them to occur in the future. It’s an important field in searching as some human lives depend on the safety of such a field, so it’s so important to use a powerful technique to define these reasons as the research point in spill accidents and predicting accidents and to predict the occurrence of the accident before its happening depending on its reasons that lead to that accident in past times so with similar conditions it might happen an accident but it needs a sufficient data and a powerful technique such as deep learning techniques that give very precise results and by using this tool an Intelligent Model will build to predict oil spilling. In this survey paper, related work will be discussed to enhance that work.</span>

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“…Ionic species in the composition of clay acts as unsaturated hydrocarbons, facilitating noncovalent bonds to break under the action of nuclear radiation. Generated carbenium ions due to the acidity (H *+ AlO 3 ) of bentonite take part in the transformation process of hydrocarbons [3]. The raw bentonite sample used in these experiments has nanostructured composition [3,4].…”

mentioning

confidence: 99%

“…Generated carbenium ions due to the acidity (H *+ AlO 3 ) of bentonite take part in the transformation process of hydrocarbons [3]. The raw bentonite sample used in these experiments has nanostructured composition [3,4]. The changes taking place in raw bentonite, under ionizing radiation, can be interpreted as involving the creation of a structure with radiation defects.…”

mentioning

confidence: 99%

Evidence of Radiocatalytic Action of Bentonite Clay in Petroleum Formation: The Role of Dehydration Reaction in Hydrocarbons Generation

Mustafayev,

Ismayilova,

Nurmammadova

2022

InterConf+

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The aim of this research is to investigate the changes of Gunashli crude oil’s hydrocarbons generation on the surface of nanostructured sodium-bentonite clay from Alpoid deposit , irradiated with ionizing rays. Generated carbenium ions due to the acidity (H*+AlO3) of bentonite take part in the transformation process of hydrocarbons. Indeed, they can have an effect on the radiolytic H2 production under irradiation. Original pore water radiolysis in this system was investigated.

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Influence of energy transfer in the adsorbed state of the clay at the petroleum radiolysis under gamma radiation at room temperature

Cited by 4 publications

References 8 publications

EFFECTS OF GAMMA-IRRADIATION ON NANOSTRUCTURED Na-BENTONITE SILICATE LAYERS AT ROOM TEMPERATURE

EFFECTS OF GAMMA-IRRADIATION ON NANOSTRUCTURED Na-BENTONITE SILICATE LAYERS AT ROOM TEMPERATURE

A survey on predicting oil spills by studying its causes using deep learning techniques

Evidence of Radiocatalytic Action of Bentonite Clay in Petroleum Formation: The Role of Dehydration Reaction in Hydrocarbons Generation

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