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(a) Phase diagram of pure water, showing adiaba...

(a) Phase diagram of pure water, showing adiabats for six selected ocean temperatures fr...

Cindy N. Luu et al, The Astrophysical Journal Letters 977 2

Panels (a)–(c) and panels (d)–(f) show the calc...

Panels (a)–(c) and panels (d)–(f) show the calculated aqueous and gaseous CH4/CO2 ratios...

Cindy N. Luu et al, The Astrophysical Journal Letters 977 2

Possible conceptual structures for K2-18 b that...

Possible conceptual structures for K2-18 b that were explored previously (R. Hu 2021; R....

Cindy N. Luu et al, The Astrophysical Journal Letters 977 2

(a)–(c) Aqueous and (d)–(f) gaseous CO/CO2 rati...

(a)–(c) Aqueous and (d)–(f) gaseous CO/CO2 ratios. The symbols and colors are labeled th...

Cindy N. Luu et al, The Astrophysical Journal Letters 977 2

Logarithmically fitted Henry's law constants fo...

Logarithmically fitted Henry's law constants for CH4, CO2, and CO across temperatures be...

Cindy N. Luu et al, The Astrophysical Journal Letters 977 2

Pixel latency time (in seconds, left scale) acr...

Pixel latency time (in seconds, left scale) across the TANDEM CMOS detector for objects ...

A. Buzzoni et al, The Astronomical Journal 169 1

Astrometric accuracy of the four TANDEM telesco...

Astrometric accuracy of the four TANDEM telescopes (coded with T1, T2, T3, and T4 in the...

A. Buzzoni et al, The Astronomical Journal 169 1

According to Equation (13), solid lines display...

According to Equation (13), solid lines display the magnitude limit for an S/N = 3 detec...

A. Buzzoni et al, The Astronomical Journal 169 1

TANDEM telescopes’ image quality diagnostics, a...

TANDEM telescopes’ image quality diagnostics, according to Zemax OpticStudio modeling. T...

A. Buzzoni et al, The Astronomical Journal 169 1

A diagnostic diagram for the optical design of ...

A diagnostic diagram for the optical design of the TANDEM telescopes. The 16% obstructio...

A. Buzzoni et al, The Astronomical Journal 169 1

Some of the predefined pointing patterns for th...

Some of the predefined pointing patterns for the four TANDEM telescopes (each marked wit...

A. Buzzoni et al, The Astronomical Journal 169 1

An illustrative sketch of the relevant paramete...

An illustrative sketch of the relevant parameters for TANDEM's optical design optimizati...

A. Buzzoni et al, The Astronomical Journal 169 1

The covered FOV of TANDEM in “collimated” confi...

The covered FOV of TANDEM in “collimated” configuration, with the four telescopes pointi...

A. Buzzoni et al, The Astronomical Journal 169 1

Left panel: the adopted optical design for the ...

Left panel: the adopted optical design for the Wynne corrector on board the TANDEM teles...

A. Buzzoni et al, The Astronomical Journal 169 1

The TANDEM photometric system includes a set of...

The TANDEM photometric system includes a set of four BVRcIc filters. Effective wavelengt...

A. Buzzoni et al, The Astronomical Journal 169 1

The superposed TANDEM radial profile of vignett...

The superposed TANDEM radial profile of vignetting, as directly assessed from each of th...

A. Buzzoni et al, The Astronomical Journal 169 1

The same pointing is compared before (left) and...

The same pointing is compared before (left) and after (right) TANDEM optimization. Note ...

A. Buzzoni et al, The Astronomical Journal 169 1

Two views of the TANDEM telescope array, on top...

Two views of the TANDEM telescope array, on top of its rotating arm, in a piggyback moun...

A. Buzzoni et al, The Astronomical Journal 169 1

The “first light” of TANDEM, just after the pre...

The “first light” of TANDEM, just after the preliminary focusing operations on 2023 June...

A. Buzzoni et al, The Astronomical Journal 169 1

The optical design of the TANDEM telescopes. Ea...

The optical design of the TANDEM telescopes. Each instrument is a customized ORION AG14 ...

A. Buzzoni et al, The Astronomical Journal 169 1

The ADS concept for TANDEM, as approved for fin...

The ADS concept for TANDEM, as approved for final assembly in summer 2022. Note in the s...

A. Buzzoni et al, The Astronomical Journal 169 1

The ground truth values of MLody are plotted as...

The ground truth values of MLody are plotted as a function of their corresponding fit fu...

J. Davelaar, The Astrophysical Journal Letters 978 1

The same as Figure 1 but now as a function of t...

The same as Figure 1 but now as a function of the predictions of MLody. Compared to Figu...

J. Davelaar, The Astrophysical Journal Letters 978 1

Loss as a function of epoch for the training an...

Loss as a function of epoch for the training and validation set. Both sets perform equal...

J. Davelaar, The Astrophysical Journal Letters 978 1

Spectrum of Stokes I for both the MLody-generat...

Spectrum of Stokes I for both the MLody-generated coefficients as well as the fit formul...

J. Davelaar, The Astrophysical Journal Letters 978 1

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