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Sample Name

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Name

Type

Material

Location

Researcher

Laboratory

More

Analyst

Sample Picture

Set 1

Normal Isochron

...

Inverse Isochron

...

Weighted Age

...

Initial Ratio Corrected

...

York Regress Line

...

Set 2

Normal Isochron

...

Inverse Isochron

...

Weighted Age

...

Initial Ratio Corrected

...

York Regress Line

...

Total Age

...

Properties Dialog

To change styles of scatters, lines, and texts, please click components in the plot while this dialog is open

X Axis

Scale from to Show split line:

Y Axis

Scale from to Show split line:
Ticks Inside: Show Set1 Text: Show set2 Text: Show Title: Show Data Labels:

Series Name

(series name)
Size
Color Border Color Border Width Opacity Show Error Bar: Show Error Ellipse (1σ):

Series Name

(series name)
Width Color Type

Series Name

(series name)
Bold Size Font Color Content

Series Name

(series name)
Color

Properties Dialog

X Axis [36/40]

Scale from to

Y Axis [38/40]

Scale from to

Z Axis [39/40]

Scale from to

Properties Dialog

Ar36a
Ar37Ca
Ar38Cl
Ar39K
Ar40r
Ar36
Ar37
Ar38
Ar39
Ar40

Properties Dialog

X Axis

Scale from to Show split line:

Y Axis

Scale from to Show split line:
Ticks Inside: Show Title: Show Text:

Series Name

(series name)
Vertical Align Bar Interval
Bar Height

Color
Border Color
Border Width
Border Type Opacity

Series Name

(series name)
Bin Starting Point Rule Number of Bins Width of Bins

Color
Border Color Border Width Border Type Opacity Show Labels: Label Color

Series Name

(series name)
Kernel Auto Width Width of Bands
Number of density points Extend to Xaxis: Scale to Maximum:
Color Line Width Line Type Opacity

Random Index Sample Name Arr File Heating Log File Max Age

console log

Sample Name

Irradiation Parameters

Use an Parameter set

Use Params in Row

Apply Params to Row

Apply Params to All Rows

All uncertainties below are stated at the 1 σ level.

Correction Params

⁴⁰Ar/³⁶Ar Trapped ± %s

⁴⁰Ar/³⁶Ar Cosmogenic ± %s

³⁸Ar/³⁶Ar Trapped ± %s

³⁸Ar/³⁶Ar Cosmogenic ± %s

³⁹Ar/³⁷Ar Ca ± %s

³⁸Ar/³⁷Ar Ca ± %s

³⁶Ar/³⁷Ar Ca ± %s

⁴⁰Ar/³⁹Ar K ± %s

³⁸Ar/³⁹Ar K ± %s

³⁶Ar/³⁸Ar Cl ± %s

³⁶Cl/³⁸Cl Productivity ± %s

K/Ca ± %s

K/Cl ± %s

Ca/Cl ± %s

Irradiation Cycles

Cycle Number

End Time Duration hour(s)

Irradiation Info

Name

Location

Information

Attention: Recalculation will not be applied automatically, please click recalculate after parameter changes

Calculation Parameters

Use an Calculation Project

Use Params in Row

Apply Params to Row

Apply Params to All Rows

All uncertainties below are stated at 1 σ level.

Decay Decay Constants

⁴⁰K ± %s [1/a]

⁴⁰K(EC) ± %s [1/a]

⁴⁰K(β_-) ± %s [1/a]

⁴⁰K(β₊) ± %s [1/a]

³⁹Ar ± %s [1/h]

³⁷Ar ± %s [1/h]

³⁶Cl ± %s [1/a]

Decay Activities

⁴⁰K ± %s

⁴⁰K(EC) ± %s

⁴⁰K(β_-) ± %s

⁴⁰K(β₊) ± %s

Other constants

³⁶Ar Mass ± %s

³⁷Ar Mass ± %s

³⁸Ar Mass ± %s

³⁹Ar Mass ± %s

⁴⁰Ar Mass ± %s

K Mass ± %s

NA ± %s

Year ± %s

⁴⁰K/K ± %s

³⁵Cl/³⁷Cl ± %s

HCl/Cl ± %s

⁴⁰Ar/³⁶Ar(air) ± %s

³⁸Ar/³⁶Ar(air) ± %s

Attention: Recalculation will not be applied automatically, please click recalculate after params changes

Sample Specific Settings

Use an Parameter set

Use Params in Row

Apply Params to Row

Apply Params to All Rows

All uncertainties below are stated at the 1 σ level.

Specific settings

J value ± %s

MDF ± %s

Standard:

Name

Age ± s [Ma]

⁴⁰Ar Conc. ± %s

K Conc. ± %s

⁴⁰Ar*/K ± %s

Regression and correction settings Isochron Fitting Method :

tolerance % iterations

Mass Discrimination Law :

Linear Exponential Power

Correction Settings :

Force Negative Intensities to be Zero in Calculation

Apply Blank Corrections

Apply Mass Discrimination

Apply ³⁷Ar Decay Correction

Apply ³⁹Ar Decay Correction

Apply Ca Degassing

Apply K Degassing

Apply Cl Degassing

Apply Trap Degassing

Using Min (2000) Equation

Apply Gain Correction to Blank Intercepts

not working

not working

Initial ratio correction

The black lines in the age spectrum are corrected using the trapped argon ratio defined in the irradiation parameter panel.Age plateaus in blue/red colors are corrected using initial ratios determined here.

Using initial ratio from

Input ratio for Set 1 ± [1σ abs]
Input ratio for Set 2 ± [1σ abs]

Gain correction factors

³⁶Ar Cup ± %s

³⁷Ar Cup ± %s

³⁸Ar Cup ± %s

³⁹Ar Cup ± %s

⁴⁰Ar Cup ± %s

Preference

Decimal places to

Confidence level

Age unit

Attention: Recalculation will not be applied automatically, please click recalculate after params changes

Export

Download .Arr (with a single click, or right click and Save Link As...)

Link

Other formats:

Notes:

Excel (.xls): A Excel workbook with many worksheets, containing all values of this Sample Object, as well as 2D figures.

Exporting the current plot to:

SVG (.svg): get what you see. Svg files can be open and edited with CorelDRAW and Adobe Illustrator.
PDF (.pdf): get a publication-quality figure with built-in configurations, PDF files are editable with Adobe Acrobat and Illustrator.

Exporting 3D plot is not available.

Recalculation Options

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1. Reset Arr Attributes

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2. Recalculate Correction Blank

3. Recalculate Correction Mass Discrimination

4. Recalculate Correction Decay

5. Recalculate Degas Ca

6. Recalculate Degas K

7. Recalculate Degas Cl

8. Recalculate Degas atm

9. Recalculate Degas r

10. Recalculate Ratio

11. Recalculate Apparent Ages

12. Using Monte Carlo simulation for calculating errors of 40Arr/39Ark

------------------------------------------

13. Reset Plot Data

14. Reset Figure Style

15. Reset Table Data

16. Reset Table Style

------------------------------------------

Errors are stated at 1σ 2σ level

Thermo Parameters

Use a Thermo Setting Project

Use Input Params

Settings

N domain

N guess

b

imp

acut

dchmin

Use f of unselected sequences

log10 or ln:

logdr2 method:

Random numbers:

How to fit target model:

Argon:

Plot

1. Arrhenius Plot

2. Age spectra

3. Cooling history

4. Heating log

5. Release pattern

Domains

Dom1 Energy: Fraction:

Dom2 Energy: Fraction:

Dom3 Energy: Fraction:

Dom4 Energy: Fraction:

Dom5 Energy: Fraction:

Dom6 Energy: Fraction:

Dom7 Energy: Fraction:

Dom8 Energy: Fraction:

Walker function:

K

Grain size μm

Atom density

Frequency μm

Including pumping-out phases to reset the system

Pumping out after accumulating

Heating durations include pumping-out phases

Pumping s

Searching for nearby places

Closure Temperature

A

Cooling rate °C/my

r μm