Buckling is a measure of the in the flux in a reactor. Curvature current absorption energy

Question

Question

engineering Chemical-Engineering

Answer 1

Answer #1

Buckling is a measure of the curvature in the flux in the reactor.

Correct Answer : Curvature

Explanation :

Buckling is a measure of curvature flux distribution which can be determined by the amount of leakage outside the reactor.

For zero curvature, buckling is zero.

Buckling of reactor depends only on geometry.

#Hope this will help you..

#Thank you..

Answer 2

Similar Homework Help Questions

Question 5. A bare spherical reactor of radius R- 100 cm has a neutron flux profile...

Question 5. A bare spherical reactor of radius R- 100 cm has a neutron flux profile of 1x1016 . .??? ) ? - sin(-n = (r) The diffusion coefficient is D= 1 cm. Calculate the neutron flux and neutron current density at the midway (r-50 cm) of the reactor, respectively i tha mact commonlu used material inside a thermal nuclear reactor
Explain why the flux is maximum at the center of a spherical reactor

Explain why the flux is maximum at the center of a spherical reactor
Jezebel is a bare, fast, spherical shaped critical reactor made of pure 239Pu metal of density...

Jezebel is a bare, fast, spherical shaped critical reactor made of pure 239Pu metal of density 15.4 gm/cmA3. Calculate the critical radius and critical mass of the reactor using the following 1- group data: v 2.98, ơF 1.85 barn, σ,-0.26 barn and σ,-6.8 barn. The fission rate density at the center of the reactor is 2.5 × 1011 fission/cm^3/s. Determine the flux equation for the reactor everywhere satisfying 0 < r s R. what is the flux at the center...

The energy released by each fission within the core of a nuclear reactor is 2.00 ×...

The energy released by each fission within the core of a nuclear reactor is 2.00 × 102 MeV. The number of fissions occurring each second is 2.70 × 1018. Determine the power (in watts) that the reactor generates.
When you measure the absorption of light by a protein in solution, it is usually recommended...

When you measure the absorption of light by a protein in solution, it is usually recommended to measure at absorption levels between 0.1 and 1 because, at higher than 1, the absorption is not linear with protein concentration, and below 0.1, the measurements are noisy and less reliable. The absorption coefficient of rhodopsin at 496 nm is 46000 M-cm-. If you have a 1 M solution of rhodopsin, how many times will you dilute the solution so that the diluted...
(25) Reactor/Recycle Specification Before performing energy balances on the fire heater and the reactor, you must...

(25) Reactor/Recycle Specification Before performing energy balances on the fire heater and the reactor, you must specify the reacting system. Again, the competing reactions occurring in this process are: C3H6 + C&H. → CH12 or P+BIB C3H + CH12 + C12H18 or P+IB → DB Below is a simplified version of the flow sheet dealing with just the recycle loop of the process. Fresh benzene (B) is mixed with a recycle stream that contains only B and propylene (P). The...

Why can’t we measure absorption spectra of the AlGaAs layer on a GaAs substrate?

Why can’t we measure absorption spectra of the AlGaAs layer on a GaAs substrate?
Calculate the energy flux for a gravitational wave of strength h= 10-21 if the frequency is...

Calculate the energy flux for a gravitational wave of strength h= 10-21 if the frequency is 1000 Hz. If the wave from the previous problem is incident on the Earth what is the energy flux incident on the Earth? If they come from 20Mpc away at what rate was the source losing energy to gravitational waves when they were emitted? How far away would the Sun need to be to produce the flux in electromagnetic radiation?
The fusion reaction 0+? - Zhen releases 3.27 MeV of energy. Assume that a fusion reactor...

The fusion reaction 0+? - Zhen releases 3.27 MeV of energy. Assume that a fusion reactor operates strictly on the basis of this reaction and answer the following (a) How much energy could it produce by completely reacting 7 kg of deuterium?

The energy output of a typical nuclear reactor is via Select one: a. heating water to...

The energy output of a typical nuclear reactor is via Select one: a. heating water to form steam. b. directing steam to a turbine. c. spinning a turbine to generate electricity. d. all of the above e. none of the above