21-ARCSIX21-0002, ONLINE SINGLE-PARTICLE MEASUREMENTS DURING ARCSIX FOR IMPROVED UNDERSTANDING OF ARCTIC AEROSOL RADIATION AND CLOUD IMPACTS

From: Federal Procurement Data System(Federal)

Basic Details	Start Date 26 Sep, 2023 (7 months ago) Due Date 31 Oct, 2028 (in about 4 years) Type Contract Identifier 80NSSC22K1773
Customer / Agency	NATIONAL AERONAUTICS AND SPACE ADMINISTRATION

Unlock the best of InstantMarkets.

Please Sign In to see more out of InstantMarkets such as history, intelligent business alerts and many more.

Don't have an account yet? Create a free account now.

21-ARCSIX21-0002, ONLINE SINGLE-PARTICLE MEASUREMENTS DURING ARCSIX FOR IMPROVED UNDERSTANDING OF ARCTIC AEROSOL RADIATION AND CLOUD IMPACTS Solicitation ID/Procurement Identifier: 80NSSC22K1773 Ultimate Completion Date: Tue Oct 31 17:00:00 GMT

Also Search For

Location

Address: 503 THOMPSON ST,ANN ARBOR,MICHIGAN,USA

Country : United States

State : Michigan

TOWARDS A HOLISTIC UNDERSTANDING OF EXOPLANET AEROSOLS USING MICROPHYSICAL MODELING

Due: 31 Dec, 2024 (in 8 months)

Agency: NATIONAL AERONAUTICS AND SPACE ADMINISTRATION

TOWARD IMPROVED UNDERSTANDING OF PHOTOSPHERIC MAGNETIC ENERGY INPUT AND THE CHROMOSPHERIC CORONAL RESPONSE IN THE QUIET SUN STUDENT DENNIS TILIPMAN

Due: 30 Aug, 2024 (in 4 months)

Agency: NATIONAL AERONAUTICS AND SPACE ADMINISTRATION

INTEGRATIVE ANALYSIS OF AEROSOL EFFECTS ON CONVECTIVE CLOUD AND THE ASSOCIATED.LIGHTNING CHARACTERISTICS BASED ON SATELLITE RETRIEVAL, WRF MODELING, AND MACHINE...

Due: 16 Oct, 2025 (in 17 months)

Agency: NATIONAL AERONAUTICS AND SPACE ADMINISTRATION

21-ARCSIX21-0002, ONLINE SINGLE-PARTICLE MEASUREMENTS DURING ARCSIX FOR IMPROVED UNDERSTANDING OF ARCTIC AEROSOL RADIATION AND CLOUD IMPACTS

Basic Details

Start Date

Due Date

Type

Identifier

Customer / Agency

Please Sign In to see more out of InstantMarkets such as history, intelligent business alerts and many more.

Location

Address: 503 THOMPSON ST,ANN ARBOR,MICHIGAN,USA

You may also like

TOWARDS A HOLISTIC UNDERSTANDING OF EXOPLANET AEROSOLS USING MICROPHYSICAL MODELING

TOWARD IMPROVED UNDERSTANDING OF PHOTOSPHERIC MAGNETIC ENERGY INPUT AND THE CHROMOSPHERIC CORONAL RESPONSE IN THE QUIET SUN STUDENT DENNIS TILIPMAN

INTEGRATIVE ANALYSIS OF AEROSOL EFFECTS ON CONVECTIVE CLOUD AND THE ASSOCIATED.LIGHTNING CHARACTERISTICS BASED ON SATELLITE RETRIEVAL, WRF MODELING, AND MACHINE...

Classification