Concepedia

Atmospheric Window Selection

Atmospheric Window Selection is the systematic process of identifying and prioritizing specific spectral bands within the electromagnetic spectrum where atmospheric transmission is maximized, enabling optimal remote sensing observations by minimizing absorption and scattering effects from atmospheric constituents.

14

Publications

569

Citations

67

Authors

28

Institutions

Publications per year

2017–2026

3

Parents

Publications

14

Low-cost radiative cooling blade coating with ultrahigh visible light transmittance and emission within an “atmospheric window”

Ziming Cheng, Gong Dayang, Yong Shuai · Solar Energy Materials and Solar Cells · 2020 · 143 citations

, , +15

Thermal-responsive PNIPAm-acrylic/Ag NRs hybrid hydrogel with atmospheric window full-wavelength thermal management for smart windows

Gengyao Wei, Dongya Yang, Tao Zhang et al. · Solar Energy Materials and Solar Cells · 2019 · 78 citations

, , +14

Statistical properties of the background noise for the atmospheric windows in the intermediate infrared region

Yasumasa Itakura, S. Tsutsumi, Tohru Takagi · Infrared Physics · 1974 · 74 citations

, , +8

The Space Density of Redshift 5.7 Lyα Emitters: First Constraints from a Multislit Windows Search

Crystal L. Martin, Marcin Sawicki · The Astrophysical Journal · 2004 · 39 citations · Full text

, , +13

The Jovian atmospheric window at 2.7 μm: A search for H2S

H. P. Larson, David Davis, Reiner Hofmann et al. · Icarus · 1984 · 37 citations

, , +10

1–5 of 14

Authors

67

  1. HP
    H. P. Larson

    University of Arizona, United States

    2 publications · 47 citations

    2

    h-index

  2. DD
    David Davis

    Goddard Space Flight Center, United States

    2 publications · 47 citations

    2

    h-index

  3. PE
    P.C. Ellen

    CSL (United Kingdom), United Kingdom

    1 publications · 31 citations

    1

    h-index

  4. RH
    Reiner Hofmann

    Max Planck Institute for Extraterrestrial Physics, Germany

    1 publications · 37 citations

    1

    h-index

  5. JZ
    Johann Ziegler

    AIM Infrarot-Module (Germany), Germany

    1 publications · 24 citations

    1

    h-index

1–5 of 67

Institutions

28

  1. University of Arizona

    Tucson, United States

    2 h-index

    5 publications

    158 citations

  2. Roshydromet

    Moscow, Russia

    1 h-index

    1 publications

    30 citations

  3. Colorado State University

    Fort Collins, United States

    1 h-index

    5 publications

    80 citations

  4. Laboratoire Interuniversitaire des Systèmes Atmosphériques

    Créteil, France

    1 h-index

    1 publications

    30 citations

  5. Cooperative Institute for Research in Environmental Sciences

    Boulder, United States

    1 h-index

    2 publications

    32 citations

  6. Alfred P. Sloan Foundation

    New York, United States

    1 h-index

    1 publications

    39 citations

  7. University of California, Santa Barbara

    Santa Barbara, United States

    1 h-index

    1 publications

    39 citations

  8. Jiangsu University

    Zhenjiang, China

    1 h-index

    5 publications

    390 citations

1–8 of 28

Venues

  1. Solar Energy Materials and Solar Cells

    3 publications · 256 citations

    3

    h-index

  2. The Astrophysical Journal

    ApJ · 2 publications · 56 citations

    2

    h-index

  3. Infrared Physics & Technology

    2 publications · 34 citations

    2

    h-index

  4. Infrared Physics

    2 publications · 105 citations

    2

    h-index

  5. Future Generation Computer Systems

    FGCS · 1 publications · 16 citations

    1

    h-index

1–5