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1. Rotor syndrome (also known as Rotor type hyperbilirubinemia) is a rare cause of mixed direct (conjugated) and indirect (unconjugated) hyperbilirubinemia, relatively benign, autosomal recessive bilirubin disorder characterized by non-hemolytic jaundice due to the chronic elevation of predominantly conjugated bilirubin.. Rotor type hyperbilirubinemia is a distinct yet similar Specialty: Pediatrics, hepatology.

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2. One rotor revolution results in a linear leadscrew translation of in. The drive is designed to trip whenever stator power is interrupted. The power loss causes the rotor assembly segment arms to pivot, disengaging the roller nut assembly from the leadscrew and allowing the leadscrew and control rod assembly to fall into the reactor core.

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3. The Reactor is a custom car built by Gene derciranandchocol.hapilapfuncphardabamakilmalichums.co low slung car featured height adjustable suspension, front wheel drive, and a powerful engine, and appeared in episodes of three TV series: "Bewitched" (which had an episode written around it), "Star Trek", and "Batman".

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4. Oct 14,  · Advanced Reactor Technology Lab Group: A3 Name of Advanced reactor: 1) SDR- SPINNING DISC REACTOR Type of reactor: BATCH REACTOR Application: PRODUCING OF ICE-CREAM.

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5. In Process Intensification, New CPR Designs. The simple plate reactor concept suffers from two major disadvantages. The first is that it is difficult to replace the catalyst when it is exhausted and the second is that, since the rate of heat generation decreases as the fuel is depleted (the rate is dependant on approximately [CH 4] ), the last section of the reactor.

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6. Apr 01,  · Characterizing rotors: from the bench to the bedside. The term “rotor” is applied to a number of different concepts. One accepted definition from the basic literature is a phase singularity whose reverberations radiate “spiral waves” at high speed into surrounding tissue ().Clinically, the most tangible feature of a rotor is repetitive, cyclic activation around a core .

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7. In order to maintain the trend of power increase (from 30% to % of rated power), positive reactivity must be continuously inserted (via control rods or boron dilution).After each reactivity insertion, the reactor power stabilize itself on the power level proportionately to the reactivity inserted. The total amount of feedback reactivity that must be offset by control rod withdrawal .

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8. Phase 1. Mixed liquor then flows into Reactor No. 2 where it is processed under aerobic conditions. After a preset time period, the feed and flow are reversed to feed Reactor No. 2, which is now operated under anoxic conditions (shown in Phase 2). Mixed liquor then flows into Reactor No. 1 which now operates under aerobic conditions.

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9. Oct 01,  · The development of various rotating reactors in time is schematically shown in Fig. derciranandchocol.hapilapfuncphardabamakilmalichums.co Fig. 2 the year in which the first scientific or technical publication (peer-reviewed or patent) was published is used as allocation in time. A table with the relevant literature of each reactor is given in Table derciranandchocol.hapilapfuncphardabamakilmalichums.co majority of rotating reactors has been developed after

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