Mir Space Station NASA Astronaut Training Manual

ebook Complete Details of Russian Station Onboard Systems, History, Operations Profile, EVA System, Payloads, Progress, Soyuz, Salyut

By Progressive Management

cover image of Mir Space Station NASA Astronaut Training Manual

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This official NASA document - converted for accurate flowing-text ebook format reproduction - is a reproduction of the actual Mir Space Station astronaut training manual used during the Mir-Shuttle program. Contents include:HISTORY OF MIR COMPLEX * PERFORMANCE OBJECTIVES * INTRODUCTION * SALYUT PROGRAM * BEGINNING OF MIR * KVANT-1 * KVANT-2 * KRISTALL * SOYUZ * PROGRESS * QUESTIONS * OPERATIONS PROFILE * PERFORMANCE OBJECTIVES * GROUND OPERATIONS * Control Center * Mission Preparation * ONBOARD OPERATIONS * MISSION PROFILE * QUESTIONS * STATION COMPONENTS * PERFORMANCE OBJECTIVES * MIR * Transfer Compartment * Working Compartment * Nonpressurized Assembly Compartment * Intermediate Compartment * Mir System Support * KVANT-1 ASTROPHYSICS MODULE * Kvant-1 Systems Support * KVANT-2 SCIENTIFIC AND AIRLOCK MODULE * Airlock Capability * System Support * KRISTALL TECHNOLOGICAL MODULE WITH BURAN DOCKING PORT * Instrument/Cargo Compartment * Instrument/Docking Compartment * System Support * SOYUZ-TM SPACECRAFT * Descent Module * Orbital Module * Instrumentation Assembly Module * PROGRESS-M CARGO TRANSPORT * Orbital Compartment * Tanker Compartment * Service Compartment* * COMPUTATIONAL SYSTEMS * PERFORMANCE OBJECTIVES * * FUNCTIONS OF ONBOARD COMPUTATIONAL SYSTEMS * ELECTRICAL SYSTEMS * PERFORMANCE OBJECTIVES * INTRODUCTION * FUNCTIONALITY OF EPS * Insolation * During Eclipse * During the transition between eclipse and insolation * Distribution of Power * DESCRIPTION OF EPS SYSTEM * Power Generation * Distribution * ACSSA * Russian/U.S. Comparison * EPS SYSTEM INTERFACES WITH OTHER SYSTEMS * ELECTRICAL SYSTEMS SUMMARY * ENVIRONMENTAL AND THERMAL CONTROL SYSTEMS * MIR COMPLEX ECLSS FUNCTIONALITY * Atmospheric Revitalization * Water Recovery and Management * Atmospheric Control and Supply * Temperature and Humidity Control * Waste Management * Fire Detection and Suppression * CREW HEALTH CARE AND MAN SYSTEMS * PERFORMANCE OBJECTIVES * MAN SYSTEMS * Body Waste Management System * Personal Hygienic Systems * Habitability * Countermeasure Devices * Procedures * Drugs * Diets * Radiation Monitoring Equipment * Emergency Medical Treatment Equipment * CREW HEALTH CARE AND MAN SYSTEMS * Section 8 * COMMUNICATIONS, TRACKING, AND DYNAMIC OPERATIONS * PERFORMANCE OBJECTIVES * FUNCTIONS OF THE C&T SYSTEM * DESCRIPTION AND LOCATION OF C&T SYSTEM * Soyuz-TM C&T System Description and Location * Communication and Tracking System Description and Location *GUIDANCE NAVIGATION AND CONTROL SYSTEMS * PERFORMANCE OBJECTIVES * FUNCTIONS OF MIR COMPLEX GN&C SYSTEM * DESCRIPTION OF GN&C SYSTEM * GN&C Sensors * GN&C Effectors * GN&C Hardware/Software Operations * GN&C Modes of Operation * GN&C SYSTEM CAPABILITIES AND CONSTRAINTS * Known Capabilities of the GN&C * STRUCTURES AND MECHANISMS * PERFORMANCE OBJECTIVES * DOCKING AND BERTHING MECHANISMS * Probe and Drogue Docking Mechanism * Androgynous Docking Mechanism * HATCHES * MECHANICAL ARMS * SOLAR ARRAY MECHANISMS * EXTRAVEHICULAR ACTIVITY SYSTEM * SPACE SUIT * MMU * PAYLOADS * Medical/Psychological * Biological * Earth Resources/Atmospheric * Astrophysical * Material Processing
Mir Space Station NASA Astronaut Training Manual