搜索结果: 1-10 共查到“石油与天然气工程 hydrocarbon”相关记录10条 . 查询时间(0.609 秒)
Effect of Lubricant Additives on Tribochemical Decomposition of Hydrocarbon Oil on Nascent Steel Surfaces
Synthetic hydrocarbon Lubricant additive Ionic liquid Lubricant decomposition Boundary lubrication Nascent surface
2010/9/8
A nascent surface has high activity to catalyze the decomposition of lubricants under boundary lubrication conditions. The effects of sulfur-containing, nitrogen-containing, phosphorus-containing addi...
Sedimentary fills and hydrocarbon potential of rift basin：a case study from the Muglad basin，Sudan
sedimentary facies sedimentary system hydrocarbon potential Muglad basin；Sudan
2009/10/29
sedimentary fills and hydrocarbon potential of the M uglad basin have been discussed．A total of five depositional facies have been recognised in this basin，including alluvial I fan—delta，delta．and lac...
Hydrocarbon Desorption Characteristics of Metal-impregnated Zeolite and Its Evaluation in Vehicle Test
Hydrocarbon absorbent Desorption temperature Silver BEA zeolite Diffuse reflectance UV-vis Silver valence Vehicle exhaust evaluation
2010/9/8
For the purpose of heightening hydrocarbon desorption temperature for hydrocarbon adsorption-combustion catalyst, we researched about some kinds of zeolites and of hydrocarbon adsorption elements. The...
Finding remaining & by-passed hydrocarbon through saturation monitoring behind casing
formation resistivity cased-hole by-passed hydrocarbon
2009/5/7
Over the last three years, more than 400 cased-hole reservoir monitoring logs were acquired in Indonesia. These were acquired utilizing mainly cased-hole resistivity technology, but also some pulsed ...
Occurrence patterns of the Pliocene to Pleistocene planktonic foraminiferal marker beds with relation to the timing of hydrocarbon trap formation, offshore and coastal areas of Akita Prefecture, Japan
foraminifera marker bed Pliocene Pleistocene Akita Prefecture deep sea erosion
2009/5/7
Planktonic foraminiferal marker beds such as Globorotalia ikebei bed, No.3 and No.2 Globorotalia inflata beds and Neogloboquadrina asanoi bed, have been useful for correlation and age determination ...
Non-marine source rocks and hydrocarbon potential in the southwest Sakhalin, Russia
hydrocarbon potential Paleogene coal pyrolysis analysis southwest Sakhalin Tatar Strait
2009/5/7
There exist coal-bearing Paleogene basins along the Straits of Tatar, in the southwest Sakhalin. Those are presumed to be the northward extension of the hydrocarbon-yielding Ishikari Basin. Several ba...
NMR Logging tools providing better answers for hydrocarbon bearing reservoirs, North Western Desert, Egypt
NMR logging FMI logging Reservoir characterization Kharita Formation
2009/4/8
This study aims to evaluate the hydrocarbon potentiality of the Kharita Formation of Lower Cretaceous age which is one of the most promising reservoirs in the Western Desert of Egypt. The convention...
Hydrocarbon migration modeling through turbidite sands in the Iwafuneoki field, offshore Japan
hydrocarbon migration modeling turbidite Iwafuneoki field 3D seismic
2009/4/8
Hydrocarbon migration modeling through heterogeneous turbidite successions was carried out in the Iwafuneoki field, offshore Japan. The model, which uses 3D seismic data as an indicator of rock prope...
On the Non-Ideality of Hydrocarbon Fluids: Implications for Natural Gas Engineering - Part B
Gas Engineering Hydrocarbon Fluids
2008/10/28
This work presents a unified treatment of non-ideality that ties together the ubiquitous concepts of compressibility factor, Joule-Thomson coefficient, fugacity coefficient, and fugacity that are rout...
On the Non-Ideality of Hydrocarbon Fluids: Implications for Natural Gas Engineering - Part A
Gas Engineering Hydrocarbon Fluids
2008/10/28
This work presents a unified treatment of non-ideality that uniquely ties the concepts of compressibility factor, Joule-Thomson coefficient, fugacity coefficient, and fugacity, that are routinely used...