Effect of clay of alekseevsky field on crude oil combustion by tg-ftir methods have attracted
a significant attention for the extraction of high-viscosity oil and natural
A comparative study of heavy oil oxidation thermal behavior in the presence of Cu-Mn tallates benefits among other thermal enhancing oil recovery methods. However, its application is still
a complex
Catalytic in-situ combustion process in the presence of metal oxide particles oil resources, getting energy from unconventional resources becomes
a tremendously outstanding process
Kinetic Study on Heavy Oil Oxidation by Copper Tallates application. For this reason, most studies have proposed the use of transition metals as
a catalytic base
Native Vanadyl Complexes in Crude Oil as Polarizing Agents for in Situ Proton Dynamic Nuclear Polarization polarization, of heavy crude oil focused on vanadyl complexes are presented.
A perceptible room-temperature 1H
Catalytic oxidation of heavy crude oil using copper based catalyst for in-situ combustion enhanced oil recovery-soluble copper-based catalyst in ISC processes.
A series of oxidation experiments have been carried out for heavy
The History of Studying Climate Change in the Krasnoyarsk Territory Siberian climate researchers (
A.I. Voeikov,
A.F. Middendorf,
A.P. Stepanov, etc.), and modern scientific
Optimizing conditions for labeling of mesenchymal stromal cells (MSCs) with gold nanoparticles: A prerequisite for in vivo tracking of MSCsNold P.,
Hartmann R.,
Feliu N.,
Kantner K.,
Gamal M.,
Pelaz B.,
Hühn J.,
Sun X.,
Jungebluth P.,
Pino P.,
Hackstein H.,
Macchiarini P.,
Parak W.,
Brendel C. Optimizing conditions for labeling of mesenchymal stromal cells (MSCs) with gold nanoparticles:
A