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Reflected Solar Science Studies Introduction

Reflected Solar Science Studies Introduction. RS discussion goals. Follow same philosophy as yesterday’s IR discussion Review RS science related to benchmarking and reference intercalibration How to achieve SI traceability Technical readiness Requirements

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Reflected Solar Science Studies Introduction

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  1. Reflected Solar Science Studies Introduction

  2. RS discussion goals • Follow same philosophy as yesterday’s IR discussion • Review • RS science related to benchmarking and reference intercalibration • How to achieve SI traceability • Technical readiness • Requirements • Way forward to writing the RS science summary Reflected Solar Science Studies summary overview

  3. Agenda summary • Reflected solar fingerprinting studies: Clear-sky and all-sky B. Collins/D. Feldman (30 min) • Reflected solar radiative kernels & applications to solar fingerprinting Z. Jin (30 min) • Truths status K. Thome for N. Fox (30 min) • Break 10:15-10:45 • Reflected solar reference intercalibration method and sampling C. Lukashin(45 min) • RS orbit sampling D. Doelling(30 min) • Lunch 12:00-13:30 • Summary of APS on CLARREO Study & review for NASA HQ D. Young (30 min) • Achieving SI traceability in orbit K. Thome(30 min) • Break 14:30-15:00 • Reflected solar instrument requirements, design, traceability, technical readiness, NIST activities K. Thome(60 min) • Science value matrixB. Wielicki(>45 min) • Adjourn 17:15 Reflected Solar Science Studies summary overview

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