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Table 1.

Main instrumental properties of past, current, and future slitless surveys.

Survey-telescope Instrument-grism Spectral range Spatial scale D Rkin Galaxy number
(1) (2) (3) (4) (5) (6) (7) (8)
GPS (a)-HST NICMOS(IR)-G141 11 000–19 000 0.20 80 200 1260–2180 33
PEARS (b)-HST ACS-G800L 5500–10 500 0.05 38.5 100 1100–2100 10 000
3DHST (c)-HST WFC3(IR)-G141 10 000–17 500 0.13 46.5 130 800–1400 100 000
GLASS (d)-HST WFC3(IR)-G102 7500–11 500 0.13 24.5 210 640–980 2000
JWST (e) NIRISS (2021) 6000–23 000 0.065 10 700 130–500
Euclid(f) NISP-R (2022) 12 500–18 500 0.30 13 380 210–310 30 000 000
WFIRST (g) GRS (2028) 10 000–19 500 0.11 11 435–865 170–330 18 000 000

Notes. (1) Telescope and survey name, (2) instrument and grism, (3) wavelength coverage (in Å), (4) spatial sampling (in arcsec px−1), (5) spectral sampling (= Δλ in Å px−1), (6) spectroscopic resolving power ℛ ≡ λλ, (7) kinematic sampling for Hα galaxies emitters at spectral range limits (in km s−1 px−1), (8) approximate catalog size.

References.

(a)

HST Grism Parallel survey Thompson et al. (1998).

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