Ion Number Estimation

Primary Beam
A:
Element:
Q:
DCCTm [μA]
Length of BRing: [m]
Energy: [MeV/u]
Bρ: [Tm]
Beam intensity: [ppp]
Secondary Beam
A:
Element:
Q:
DCCTe: [μA]
Length of SRing: [m]
Energy: [MeV/u]
Bρ: [Tm]
Beam intensity: [ppp]
Transfer efficiency:

Ion Information

Element:
A:
Z:
Q:
Mass: 55.92071 [amu]
Type: bare
T1/2: stbl * neutral
Energy: [MeV/u]
[AMeV]
TKE: [MeV]
Bρ: [Tm]
γ:
β:
Velocity: [cm/ns]

Harmonic Calculation

Ion inherited from Ion Information
Length of Orbit: [m]
Center frequency: [MHz]
Span: [kHz]
Revolution frequency: [kHz]
Revolution time: [ns]
 harmonic   location [kHz]   frequency [MHz] 

Storage Lifetime Estimation

Ring Mode Information

Internal Target Mode
Before deceleration γt = 4.39 (Δp/p = ±0.3%)
Vertical acceptance Aν [πmm mrad]
Average β function ❬βy❭: [m]
After deceleration γt = 4.39 (Δp/p = ±0.8%)
Vertical acceptance Aν [πmm mrad]
Average β function ❬βy❭: [m]
Isochronous Mode
γt = 1.43 (Δp/p = ± 0.2%)
Vertical acceptance Aν: [πmm mrad]
Average β function ❬βy❭: [m]
γt = 1.67 (Δp/p = ±0.28%)
Vertical acceptance Aν: [πmm mrad]
Average β function ❬βy❭: [m]
Normal Mode
Larage emittance γt = 3.19 (Δp/p = ±1.0%)
Vertical acceptance Aν [πmm mrad]
Average β function ❬βy❭: [m]
Small emittance γt = 3.19 (Δp/p = ±1.5%)
Vertical acceptance Aν [πmm mrad]
Average β function ❬βy❭: [m]

Gas Informtion

Total
Gas pressure: [mbar]
Gas temperture: [℃]
H
Charge of Gas Zt:
Quantity of Gas:
C
Charge of Gas Zt:
Quantity of Gas:
N
Charge of Gas Zt:
Quantity of Gas:
O
Charge of Gas Zt:
Quantity of Gas:
He
Charge of Gas Zt:
Quantity of Gas:
Ar
Charge of Gas Zt:
Quantity of Gas:

Storage Life Estimation Result

Ion inherited from Ion Information
Reaction with eletrons from E-Cooler
E-beam vertical temperture: [eV]
E-beam current: [A]
E-beam radius: [m]
E-beam voltage (without cali.): 64.031 [kV]
Length of ECooling: [m]
Length of storage Ring: [m]
τrec [s]
Reaction with residual gas
Ring mode:
Emittance: [πmm mrad]
τss [s]
τms [s]
τes [s]
τec [s]
τel [s]
τnr [s]
Summary of results
τtotal [s]
[min]
[h]
REC %
ES %
EC %
EL %
NR %

Ion Number Estimation

Primary Beam
A:
Element:
Q:
DCCTm [μA]
Length of CSRm: [m]
Energy: [MeV/u]
Bρ: [Tm]
Beam intensity: [ppp]
Secondary Beam
A:
Element:
Q:
DCCTe: [μA]
Length of CSRe: [m]
Energy: [MeV/u]
Bρ: [Tm]
Beam intensity: [ppp]
Transfer efficiency:

Ion Information

Element:
A:
Z:
Q:
Mass: 55.92071 [amu]
Type: bare
T1/2: stbl * neutral
Energy: [MeV/u]
[AMeV]
TKE: [MeV]
Bρ: [Tm]
γ:
β:
Velocity: [cm/ns]

Harmonic Calculation

Ion inherited from Ion Information
Length of Orbit: [m]
Center frequency: [MHz]
Span: [kHz]
Revolution frequency: [kHz]
Revolution time: [ns]
 harmonic   location [kHz]   frequency [MHz] 

Storage Lifetime Estimation

Ring Mode Information

Internal Target Mode
γt = 2.457 (Δp/p = ±1.0%)
Vertical acceptance Aν [πmm mrad]
Average β function ❬βy❭: [m]
Isochronous Mode
γt = 1.30-1.39 (Δp/p = ±0.35%)
Vertical acceptance Aν: [πmm mrad]
Average β function ❬βy❭: [m]
Normal Mode
γt = 2.629 (Δp/p = ±1.3%)
Vertical acceptance Aν [πmm mrad]
Average β function ❬βy❭: [m]

Gas Informtion

Total
Gas pressure: [mbar]
Gas temperture: [℃]
H
Charge of Gas Zt:
Quantity of Gas:
C
Charge of Gas Zt:
Quantity of Gas:
N
Charge of Gas Zt:
Quantity of Gas:
O
Charge of Gas Zt:
Quantity of Gas:
He
Charge of Gas Zt:
Quantity of Gas:
Ar
Charge of Gas Zt:
Quantity of Gas:

Storage Life Estimation Result

Ion inherited from Ion Information
Reaction with eletrons from E-Cooler
E-beam vertical temperture: [eV]
E-beam current: [A]
E-beam radius: [m]
E-beam voltage (without cali.): 64.031 [kV]
Length of ECooling: [m]
Length of storage Ring: [m]
τrec [s]
Reaction with residual gas
Ring mode:
Emittance: [πmm mrad]
τss [s]
τms [s]
τes [s]
τec [s]
τel [s]
τnr [s]
Summary of results
τtotal [s]
[min]
[h]
REC %
ES %
EC %
EL %
NR %

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