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Technical Manual
Název:	kniha:Star Trek: The Next Generation Technical Manual(cs)
autor:	Rick Sternbach and Michael Okuda
publikováno:
vydáno roku:	1.11.1991
počet stran:	192
Éra:	TNG
Série:	TCH Technical Manuals

Star Trek: The Next Generation Technical Manual

autoři:Rick Sternbach and Michael Okuda

česká verze

Obsah 1 USS Enterprise introduction 1.1 Mission Objectives for Galaxy class 1.1.1 Project 1.1.1.1 par 1.1.1.2 par 1.1.1.3 par 1.1.1.4 par 1.1.1.5 par 1.1.1.6 par 1.1.1.7 par 1.1.1.8 par 1.1.1.9 par 1.1.2 Propulsion 1.1.2.1 par 1.1.2.2 par 1.1.3 Mission 1.1.4 Environment/Crew 1.1.5 Tactical 1.1.6 Desing life 1.2 Desing Lineage 1.3 General Overview 1.4 Construction Chronology 2 Spacecraft Structure 2.1 Main Skeletal Structure 2.2 USS Enterprise Coordinate System 2.3 Hull Layers 2.4 Structural Integrity Field system 2.5 Inertial Damping system 2.6 Emergency SIF/IDF Procedures 2.7 Saucer Module separation Systems 3 Command Systems 3.1 Main Bridge 3.2 Bridge Operations 3.3 Basic Control Panel/Terminal Use 3.4 Flight Control (Conn) 3.5 Operations Management (OSP) 3.6 Tactical 3.7 Command Stations 3.8 Science Stations 3.9 Misson Ops 3.10 Environment 3.11 Engineering 3.12 Guidance and Navigation 3.13 System Navigation 3.14 battle Brige 3.15 Main Engineering 4 Computer Systems 4.1 Computer System 4.2 Personal Access Display Device(PADD) 4.3 Isolinear Optical Chips 5 Warp Propulsion Systems 5.1 Warp Field Theory and Application 5.2 Matter/Antimatter Reakcion Assembly 5.3 Warp Field Nacelles 5.4 Antimatter Storage and Transfer 5.5 Warp Propulsion System Fuel Supply 5.6 Bussard Ramscoop Fuel Supply 5.7 Onboard Antimatter Generation 5.8 Engineering Operations and Safety 5.9 Emergency Shutdown Procedures 5.10 Catastrophic Emergency Procedures 6 Impulse Propulsion Systems 6.1 Impulse Drive 6.2 Relativistic Considerations 6.3 Engineering Operations and Safety 6.4 Emergency Shutdown Procedures 6.5 Catastrophic Emergency Procedures 7 Utilities and Auxiliary Systems 7.1 Utilities 7.2 Exterior Connect Hardpoints 7.3 Reaction Control System 7.4 Navigation Deflector 7.5 Tractor Breams 7.6 Replicator Systems 8 Communications 8.1 Intraship Communications 8.2 Personal Communicator 8.3 Ship-to-Ground Communications 8.4 Ship-to-Ship Communications 8.5 Subspace Communications Network 8.6 Universal Translator 9 Transporter Systems 9.1 Transporter Systems Introduction 9.2 Transporter Systems Operation 9.3 Other Transporter Functions 9.4 Limitations of Use 9.5 Transporter Evacuation 10 Science and Remote Sensing Systems 10.1 Sensor Systems 10.2 Long-range Sensors 10.3 Navigational Sensors 10.4 Lateral Sensor Arrays 10.5 Instrumented Probes 10.6 Tricorder 10.7 Science Department OPS 11 Tactical Systems 11.1 Phasers 11.2 Phaser Operations 11.3 Photon Torpedoes 11.4 Photon Torpedo Operations 11.5 Battle Bridge 11.6 Tactical policies 11.7 Personal Phasers 11.8 Deflectors Shields 11.9 Auto-Destruct Systems 12 Environmental Systems 12.1 Life Support and Environmental Control 12.2 Atmospheric system 12.3 Gravity Generation 12.4 Emergency Environmental Systems 12.5 Waste Management 13 Crew Support Systems 13.1 Crew Support 13.2 Medical Systems 13.3 Medical Tricorder 13.4 Crew Quarters Systems 13.5 Food Replication System 13.6 Turbolift personnel Transport System 13.7 Holographic Environment Simulators 14 Auxiliary Spacecraft Systems 14.1 Shuttlecraft Operations 14.2 Shuttlebays 14.3 Shuttlecraft 14.4 Extravehicular Activity 14.5 capitan´s Yacht 15 USS Enterprise Flight Operations 15.1 Introduction to Flight Operations 15.2 Mission Types 15.3 Operating Modes 15.4 Cruise Mode 15.5 Yellow Alert 15.6 Red Alert 15.7 External Support Mode 15.8 Separated FligthMode 15.9 Reduced Power Mode 16 Emergency Operations 16.1 Introduction to Emergency Operations 16.2 Fire Suppression 16.3 Emergency Medical Operations 16.4 Lifeboats 16.5 Rescue and Evac Operations 17 Conclusion 17.1 Projected Upgrades 17.2 FutureDirections: The Road to 1701-E 17.3 Mission background

USS Enterprise introduction

Mission Objectives for Galaxy class

Project

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Starfeet has long been charged with a broad spectrum of responsibilities to the citizens of the Federation and to the liforms of the galaxy at large.As the volume of explored space continues to frow, and with it the Federation itself,so do Starfleet´s duties.

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These duties range from relatively mundane domestic and civil missing, to curtural contact and diplomacy, to defense,to our primary mission of exploration and research.

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The Galaxy class starships ...

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Pursuant...

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• Provide...

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• Replace aging

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• Provide autonomous

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• Incorporate recent

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To provide these objectives, the Starfleet ...

Propulsion

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• Sustaninable cruise velocity of Warp Factor 9,2 . Ability to maintain speeds of up to Warp 9,6 for periods od up to twelve hours.

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Mission

Environment/Crew

Tactical

Desing life

Desing Lineage

General Overview

Construction Chronology

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Spacecraft Structure

Main Skeletal Structure

USS Enterprise Coordinate System

Hull Layers

Structural Integrity Field system

Inertial Damping system

Emergency SIF/IDF Procedures

Saucer Module separation Systems

---

Command Systems

Main Bridge

Bridge Operations

Basic Control Panel/Terminal Use

Flight Control (Conn)

Operations Management (OSP)

Tactical

Command Stations

Science Stations

Misson Ops

Environment

Engineering

Guidance and Navigation

System Navigation

battle Brige

Main Engineering

---

Computer Systems

Computer System

Personal Access Display Device(PADD)

Isolinear Optical Chips

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Warp Propulsion Systems

Warp Field Theory and Application

Matter/Antimatter Reakcion Assembly

Warp Field Nacelles

Antimatter Storage and Transfer

Warp Propulsion System Fuel Supply

Bussard Ramscoop Fuel Supply

Onboard Antimatter Generation

Engineering Operations and Safety

Emergency Shutdown Procedures

Catastrophic Emergency Procedures

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Impulse Propulsion Systems

Impulse Drive

Relativistic Considerations

Engineering Operations and Safety

Emergency Shutdown Procedures

Catastrophic Emergency Procedures

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Utilities and Auxiliary Systems

Utilities

Exterior Connect Hardpoints

Reaction Control System

Navigation Deflector

Tractor Breams

Replicator Systems

Communications

Intraship Communications

Personal Communicator

Ship-to-Ground Communications

Ship-to-Ship Communications

Subspace Communications Network

Universal Translator

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Transporter Systems

Transporter Systems Introduction

Transporter Systems Operation

Other Transporter Functions

Limitations of Use

Transporter Evacuation

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Science and Remote Sensing Systems

Sensor Systems

Long-range Sensors

Navigational Sensors

Lateral Sensor Arrays

Instrumented Probes

Tricorder

Science Department OPS

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Tactical Systems

Phasers

Phaser Operations

Photon Torpedoes

Photon Torpedo Operations

Battle Bridge

Tactical policies

Personal Phasers

Deflectors Shields

Auto-Destruct Systems

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Environmental Systems

Life Support and Environmental Control

Atmospheric system

Gravity Generation

Emergency Environmental Systems

Waste Management

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Crew Support Systems

Crew Support

Medical Systems

Medical Tricorder

Crew Quarters Systems

Food Replication System

Turbolift personnel Transport System

Holographic Environment Simulators

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Auxiliary Spacecraft Systems

Shuttlecraft Operations

Shuttlebays

Shuttlecraft

Extravehicular Activity

capitan´s Yacht

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USS Enterprise Flight Operations

Introduction to Flight Operations

Mission Types

Operating Modes

Cruise Mode

Yellow Alert

Red Alert

External Support Mode

Separated FligthMode

Reduced Power Mode

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Emergency Operations

Introduction to Emergency Operations

Fire Suppression

Emergency Medical Operations

Lifeboats

Rescue and Evac Operations

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Conclusion

Projected Upgrades

FutureDirections: The Road to 1701-E

Mission background

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