+ All Categories

Home > Documents > 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

Date post:	04-Jan-2016
Category:	Documents
Upload:	charlene-townsend
View:	219 times
Download:	0 times

Download Report this document

Share this document with a friend

Embed Size (px):

Popular Tags:

mca w fe source

doublefit gauss

27

1

Transcript

Page 1: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

1

Page 2: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

2

Page 3: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

Ar:CO2 – 80:20

3

Page 4: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

En=5.5 MeV, neutron flux=1.4x106 n/cm2s4

Page 5: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

Sparks Ar:CO2 – 80:20

En=5.5 MeV, neutron flux=1.4x106 n/cm2s En=5.5 MeV, neutron flux=0.7x105 n/cm2s5

Page 6: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

6

Page 7: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

7

Page 8: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

8

Page 9: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

9

Page 10: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

10

Page 11: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

Ar:CO2 – 93:7

11

Page 12: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

En=5.5 MeV, neutron flux=1.5x106 n/cm2s12

Page 13: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

Sparks Ar:CO2 – 93:7

13

Page 14: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

14

Page 15: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

15

Page 16: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

16

Page 17: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

17

Page 18: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

18

Page 19: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

Ar:CO2 – 80:20Ar:CO2 – 93:7

combined for high and lown-rate

19

Page 20: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

20

Page 21: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

21

Page 22: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

22

Page 23: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

23

Page 24: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

24

Page 25: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

Energy Resolution Plot(source Fe55)

25

Page 26: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

Plots from MCA w/ Fe source, doubleFit -Gauss (10/5/2010)

26

Page 27: 1. 2 Ar:CO2 – 80:20 3 E n =5.5 MeV, neutron flux=1.4x10 6 n/cm 2 s 4.

Resolution = FWHM/mean value = 2,35 sigma / mean value27

Recommended

a v =15.5 MeV a s =16.8 MeV a c =0.72 MeV a sym =23.0 MeV a p =34.0 MeV.

Evaluation of n+Cr cross section data up to 200 MeV neutron energy including covariances

MEV PROPORTIONAL DIRECTIONAL CONTROL VALVE Series MEV.. · 6 OPERATION Functioning of the proportional directional control valve with electrically controlled pilot stage. (MEV) (Fig.

Neutron Capture Cross Sections from 1 MeV to 2 MeV by Activation Measurements

Closed-shells and angular momentum - Department of Physicswimd/Q540-19-04.pdf · QMPT 540 Isospin • Shell closures for N and Z the same!! • Also 939.56 MeV vs. 938.27 MeV •

MEDICAL 6 MeV LINEAR ACCELERATOR MADE IN JAPAN · 2017-10-17 · MEDICAL 6 MEV LINEAR ACCELERATOR MADE IN JAPAN 361 attain an energy level within 6 MeV ±0.1 MeV, when measured near

N BARYONS S = 0, I = 1/2)pdg.ge.infn.it/2019/tables/rpp2019-sum-baryons.pdf · −2Im(pole position) = 125 to 150 (≈ 135) MeV Breit-Wigner mass = 1665 to 1680 (≈ 1675) MeV Citation:

MeV+R: using MeV as a graphical user interface for - Statistics

Exploring EDM enhancements in quadrupole-octupole ...€¦ · • Physics beyond standard model. system EDM limit SM e (electron) 10-27 10-40 n (neutron) 3.0x10-26 10-32 225 Ra 1.4x10-23

3 MeV measurement line

MEV (Municipal Electronic Village)

Questions - University of Notre Damensl/Lectures/nuclear_warfare/2012/...“Advantages” of hydrogen bomb amu MeV amu MeV A Q 3.5 3 2 17.6 Fusion of 2H+3H: amu MeV amu MeV A Q 0.85

Manual Mev PDF Es

MEDICAL 6 MeV LINEAR ACCELERATOR MADE IN JAPAN · MEDICAL 6 MEV LINEAR ACCELERATOR MADE IN JAPAN 361 attain an energy level within 6 MeV ±0.1 MeV, when measured near the exit of

Favored by 375 meV

Joining n ToF: why and how?€¦ · between 880 keV to 3.5 MeV. 4 • Accelerator based neutron sources. 5 Monoenergetic Thermal Neutron irradiation capabilities Beam Energy (MeV)*

MeV+R: using MeV as a graphical user interface for Bioconductor