Dose At The Midplane Of The Source D Z 0 Multiplied By 2 As

Dose at the midplane of the source, D(ρ, z 0 ), multiplied by ρ 2 , as ...
Dose at the midplane of the source, D(ρ, z 0 ), multiplied by ρ 2 , as ...
Dose at the midplane of the source, D(ρ, z 0 ), multiplied by ρ 2 , as ...
Dose at the midplane of the source, D(ρ, z 0 ), multiplied by ρ 2 , as ...
Dose at the midplane of the source, D(ρ, z 0 ), multiplied by ρ 2 , as ...
Dose at the midplane of the source, D(ρ, z 0 ), multiplied by ρ 2 , as ...
Dose at the midplane of the source, D(ρ, z 0 ), multiplied by ρ 2 , as ...
Dose at the midplane of the source, D(ρ, z 0 ), multiplied by ρ 2 , as ...
Dose at the midplane of the source, D(ρ, z 0 ), multiplied by ρ 2 , as ...
Dose at the midplane of the source, D(ρ, z 0 ), multiplied by ρ 2 , as ...
Dose at the midplane of the source, D(ρ, z 0 ), multiplied by ρ 2 , as ...
Dose at the midplane of the source, D(ρ, z 0 ), multiplied by ρ 2 , as ...
Dose at the midplane of the source, D(ρ, z 0 ), multiplied by ρ 2 , as ...
Dose at the midplane of the source, D(ρ, z 0 ), multiplied by ρ 2 , as ...
Magnetic field as a function of the axial position ( z = 0 , midplane ...
Magnetic field as a function of the axial position ( z = 0 , midplane ...
Jet passive scalar at the midplane Z / D =0 at various locations on the ...
Jet passive scalar at the midplane Z / D =0 at various locations on the ...
Time mean squared vertical velocity at the midplane v 2 z | mid (upper ...
Time mean squared vertical velocity at the midplane v 2 z | mid (upper ...
Midplane at z/R = 0 of the instantaneous normalized axial velocity ...
Midplane at z/R = 0 of the instantaneous normalized axial velocity ...
The mapping of dose rates distributions in the midplane [(left) at the ...
The mapping of dose rates distributions in the midplane [(left) at the ...
The 3D coil parameters on the z [ 0 side of the midplane | Download Table
The 3D coil parameters on the z [ 0 side of the midplane | Download Table
Radial midplane profiles of α = L 2 z β/(π 2 RLp), the MHD ballooning ...
Radial midplane profiles of α = L 2 z β/(π 2 RLp), the MHD ballooning ...
Midplane at z/R = 0 of the instantaneous normalized axial velocity ...
Midplane at z/R = 0 of the instantaneous normalized axial velocity ...
Radial midplane profiles of α = L 2 z β/(π 2 RLp), the MHD ballooning ...
Radial midplane profiles of α = L 2 z β/(π 2 RLp), the MHD ballooning ...
The sketch of integration region at midplane (a) and D + particle ...
The sketch of integration region at midplane (a) and D + particle ...
The 3D coil parameters on the z [ 0 side of the midplane | Download Table
The 3D coil parameters on the z [ 0 side of the midplane | Download Table
Figure A2. (a) Calculated dose distribution at the midplane along the ...
Figure A2. (a) Calculated dose distribution at the midplane along the ...
Figure A2. (a) Calculated dose distribution at the midplane along the ...
Figure A2. (a) Calculated dose distribution at the midplane along the ...
Eigenfunctions at the midplane, z = 0, for different L, as compared to ...
Eigenfunctions at the midplane, z = 0, for different L, as compared to ...
a) The parallel coordinate z as a function of the actual parallel ...
a) The parallel coordinate z as a function of the actual parallel ...
ÈSeparation between the masing gas and the midplane of the z m disk ...
ÈSeparation between the masing gas and the midplane of the z m disk ...
Overview of the regimes defined by the ratio of the midplane ...
Overview of the regimes defined by the ratio of the midplane ...
Absorbed dose D as a function of depth z in water from an unmodulated ...
Absorbed dose D as a function of depth z in water from an unmodulated ...
Radial profiles of the midplane temperature T for t = 0.6 Myr and α D ...
Radial profiles of the midplane temperature T for t = 0.6 Myr and α D ...
Same as Fig. 9, but for the dispersion around the midplane height (σ z ...
Same as Fig. 9, but for the dispersion around the midplane height (σ z ...
Face-on view of the dispersion around the midplane height (σ z ...
Face-on view of the dispersion around the midplane height (σ z ...
Oscillations at the outer midplane pedestal top reminiscent of the EHO ...
Oscillations at the outer midplane pedestal top reminiscent of the EHO ...
Slice view of streamlines on the midplane z = 1/4 for the cavity flow ...
Slice view of streamlines on the midplane z = 1/4 for the cavity flow ...
Ez field distribution in the 2D Z = 0 plane of the overmoded systems ...
Ez field distribution in the 2D Z = 0 plane of the overmoded systems ...
Figure A2. (a) Calculated dose distribution at the midplane along the ...
Figure A2. (a) Calculated dose distribution at the midplane along the ...
(a) Typical example of experimental equilibrium from EFIT. The D 2 gas ...
(a) Typical example of experimental equilibrium from EFIT. The D 2 gas ...
Radial profiles of the midplane temperature T for t = 0.6 Myr and α D ...
Radial profiles of the midplane temperature T for t = 0.6 Myr and α D ...
The squashing factor Q 1 z 0 with z0 = −0.5 at t = 4.0. The left panel ...
The squashing factor Q 1 z 0 with z0 = −0.5 at t = 4.0. The left panel ...
New Method to Obtain the Midplane Dose Using Portal In Vivo Dosimetry ...
New Method to Obtain the Midplane Dose Using Portal In Vivo Dosimetry ...

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