“…Ali držaoci prava se negde ne štite u odnosu na držaoce iste stvari, a negde se držaoci stvari štite prema držaocima prava na istoj stvari samo pod određenim uslovima (1), posredni držaoci se negde ne štite od neposrednih (2), a negde se sudržaoci jedni prema drugima štite samo od oduzimanja, ne i od uznemiravanja (3). Tabularna državina je negde nezaštićena, dok drugde uživa zaštitu (4).…”
Section: Vrste Nezaštićenih Državina I Prema Kome Se Ne šTite Državinunclassified
Apstrakt: Razmatra se šta je razlog (cilj, osnov, funkcija) Ključne reči: državina, posesorna zaštita državine, posesorna samopomoć, petitorna zaštita državine, teorije o razlogu (cilju, osnovu, funkciji) posesorne zaštite državine.
“…Ali držaoci prava se negde ne štite u odnosu na držaoce iste stvari, a negde se držaoci stvari štite prema držaocima prava na istoj stvari samo pod određenim uslovima (1), posredni držaoci se negde ne štite od neposrednih (2), a negde se sudržaoci jedni prema drugima štite samo od oduzimanja, ne i od uznemiravanja (3). Tabularna državina je negde nezaštićena, dok drugde uživa zaštitu (4).…”
Section: Vrste Nezaštićenih Državina I Prema Kome Se Ne šTite Državinunclassified
Apstrakt: Razmatra se šta je razlog (cilj, osnov, funkcija) Ključne reči: državina, posesorna zaštita državine, posesorna samopomoć, petitorna zaštita državine, teorije o razlogu (cilju, osnovu, funkciji) posesorne zaštite državine.
“…This scheme project (23,24). The fuel bed reactions in this scheme are, C + H 2 O = H 2 + CO [9] CO + H 2 O = H 2 + CO 2 [10] At the anode TPB, the possible net electrochemical reactions are, 2H 2 + 2O -2 = 2H 2 O + 4e' [11] 2CO + 2O -2 = 2CO 2 + 4e' [12] Fuel Delivery Mode via Boudouard Gasification, the "CO Shuttle Mechanism". Gür and co-workers have demonstrated a modified SOFC arrangement (25,26) coupled with a dry gasifier that utilizes the well-known Boudouard reaction, C + CO 2 = 2CO [13] This is a dry gasification process and does not involve or consume water.…”
Section: Fuel Delivery Mode Via Steam Gasificationmentioning
The search for technological breakthroughs in carbon conversion involved various fuel cell arrangements to attain the best possible delivery mode for the solid fuel or the oxidant to the electrochemical reaction site. This paper summarizes different approaches from the mechanistic point of view of engaging the solid fuel and oxygen in order to achieve efficient oxidation of carbon. Also, the operating principle and experimental results are presented for a fluidized bed direct carbon fuel cell (FB-DCFC) integrated with a Boudouard type dry gasifier. Power densities up to 175 mW/cm 2 were demonstrated at 850 o C for conversion of activated carbon in this fuel cell arrangement, which corresponds to more than 4 W of sustained power generated by the FB-DCFC. A CO "shuttle" mechanism is proposed to explain the operation and behavior of FB-DCFC in CO 2 as well as in inert gas environments.
“…This process was first proposed by Munger et al and they studied the calculation of antihydrogen production cross section by equivalent photon approximation (EPA). The cross section calculation of antihydrogen production is important, because as with BFPP, the antihydrogen production mechanism also leads to beam loss [11][12][13][14][15][16][17][18].…”
Abstract:In our previous work, we calculated bound-free electron-positron pair production cross section without a correction term. In this work, bound-free electron-positron pair production with a correction term is considered to calculate the cross section for peripheral relativistic heavy ion collisions. The Dirac wave functions have been used for the leptons and first order corrections are included. It is seen that the results for the production cross sections are considerably smaller than those of the previous calculations. We applied the same method for the calculations of the antihydrogen production cross sections as well.
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