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MAN-SYSTEMS INTEGRATION STANDARDS VOLUME 1 VOLUME 2 SEARCH CONTACT US

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MAN-SYSTEMS INTEGRATION STANDARDS
FOREWORD
BIBLIOGRAPHY
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ABBREVIATIONS
UNITS OF MEASURE AND CONVERSION FACTORS
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KEYWORD LIST
 
MAN-SYSTEMS INTEGRATION STANDARDS Print this page Click to print the page

Appendix J - Keyword List E

In order to review the section material, it is necessary to open the applicable section of Volume I. To find the word in the list either scroll down or use the Edit-Find feature (Ctrl-F for PC users).

Transfer to other lists by clicking on the following links:

Lists: Skip Links | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z |

E

ECLSS

5.1.3.1 Atmosphere Composition and Pressure Design Requirements

EMU boots

14.3.4.2 STS EMU Boot Dimensions

EMU dimensions

14.3.4.1 STS EMU Dimensions

EMU glove

14.2.4.5 EVA Glove Example Design Solutions

EMU helmet

14.3.4.4 STS EVA Helmet Visual Range

EMU man-loads

14.3.4.5 STS EMU Man Induced Load Examples

EMU visor

14.3.4.4 STS EVA Helmet Visual Range

EVA

14.1 General EVA Information

EVA UV light protection

14.2.2.10 EVA Radiation Dosage Design Considerations

EVA UV eye protection

14.2.3.10 EVA Radiation Dosage Design Requirements

EVA actuated fasteners

14.6.3.3 EVA Fasteners Design Requirements

EVA airlock hatches

14.5.2.4 EVA Airlock Design Considerations

14.5.3.4 EVA Airlock Design Requirements

EVA airlock volumes

14.5.2.4 EVA Airlock Design Considerations

EVA airlocks

14.5.2.4 EVA Airlock Design Considerations

14.5.3.4 EVA Airlock Design Requirements

EVA alternatives

14.1.2.1.4 Alternative Approaches to EVA

EVA anthropometry

14.3 EVA Anthropometry

14.3.2 EVA Anthropometric Design Considerations

14.3.3 EVA Anthropometry Design Requirements

14.3.4 Example EVA Anthropometric Design Solutions

EVA applications

14.1.2.1.1 Applications of EVA

EVA atmosphere

14.2.2.9 EVA Suit Pressure Design Considerations

EVA battery powered tools

14.6.2.3 EVA Tools Design Requirements

EVA body waste management

14.2.2.7 EVA Body Waste Management Design Considerations

14.2.3.7 EVA Body Waste Management Design Requirements

14.2.4.1 EVA Body Waste Management Example Design Solutions

EVA bolt fasteners

14.6.3.3 EVA Fasteners Design Requirements

EVA boots

14.3.2.1.2 Space Suit Boot Design Considerations and Dimensions

14.3.4.2 STS EMU Boot Dimensions

EVA captive fasteners

14.6.3.3 EVA Fasteners Design Requirements

EVA caution and warning

14.2.3.8 EVA Medical Monitoring Design Requirements

14.5.3.1 EVA Translation Route Design Requirements

EVA checkout time

14.2.3.8 EVA Medical Monitoring Design Requirements

EVA clearances

14.3.2.5 EVA Working Envelopes

EVA coding

14.4.2.3 EVA Controls and Displays Design Considerations

14.4.3.2 EVA Control and Display Design Requirements

EVA complexity

14.1.2 General EVA Design Considerations

EVA connector clearance

14.6.4.2 EVA Connectors Design Considerations

EVA connector design

14.6.4.2 EVA Connectors Design Considerations

14.6.4.3 EVA Connectors Design Requirements

EVA connectors

14.6 EVA Tools, Fasteners and Connectors

14.6.4 EVA Connectors

EVA controls

14.4.2 EVA Workstation and Restraint Design Considerations

14.4.2.3 EVA Controls and Displays Design Considerations

14.4.3.2 EVA Control and Display Design Requirements

EVA corridors

14.5.3.1 EVA Translation Route Design Requirements

EVA criticality

14.1.2 General EVA Design Considerations

EVA displays

14.4.2 EVA Workstation and Restraint Design Considerations

14.4.2.3 EVA Controls and Displays Design Considerations

14.4.3.2 EVA Control and Display Design Requirements

EVA doors

14.5.2.1 EVA Translation Route Design Considerations

14.5.3.1 EVA Translation Route Design Requirements

EVA enhancement equipment

14.7.2 EVA Enhancement Systems Design Considerations

EVA enhancement systems

14.7 EVA enhancement systems

EVA equipment

14.5.3.1 EVA Translation Route Design Requirements

EVA equipment tethers

14.4.3.5 EVA Equipment Tether Design Requirements

EVA equipment transfer

14.5.2.6 EVA Equipment Transfer Design Considerations

14.5.3.6 EVA Equipment Transfer Design Requirements

EVA eye/hand coordination

14.2.2.2 EVA Eye/Hand Coordination Design Considerations

14.2.3.2 EVA Eye/Hand Coordination Design Requirements

EVA fastener size

14.6.3.3 EVA Fasteners Design Requirements

EVA fasteners

14.6 EVA Tools, Fasteners and Connectors

14.6.3.2 EVA Fasteners Design Considerations

EVA field of view

14.3.2.6 EVA Head Movement and Viewing Limits

14.4.3.1 EVA Work Envelope Design Requirements

14.4.3.3 EVA Workstation Lighting Design Requirements

EVA flashlights

14.4.4.1 EVA Workstation Lighting Example Design Solutions

EVA food

14.2.2.6 EVA Food and Drinking Water Design Considerations

14.2.3.6 EVA Food and Drinking Water Design Requirements

14.2.4.2 EVA Food and Drinking Water Example Design Solution

EVA foot restraints

14.4.2.5 EVA Crew Restraint Design Considerations

14.4.3.4 EVA Crew Restraint Design Requirements

14.4.4.2 EVA Crew Restraint Example Design Solutions

EVA glove

14.2.2.11 EVA Touch Temperature Considerations

14.2.3.11 EVA Touch Temperature and Pressure Design Requirements

14.2.4.5 EVA Glove Example Design Solutions

14.3.2.1 Space Suit Design Considerations and Dimensions

14.3.2.1.1 Space Suit Glove Design Considerations and Dimensions

EVA glove assembly

14.3.2.1.1 Space Suit Glove Design Considerations and Dimensions

EVA glove sections

14.2.4.5 EVA Glove Example Design Solutions

EVA handholds

14.4.2.5 EVA Crew Restraint Design Considerations

14.4.3.4 EVA Crew Restraint Design Requirements

14.5.3.1 EVA Translation Route Design Requirements

14.5.3.2 EVA Mobility Aids Design Requirements

EVA handrails

14.5.3.2 EVA Mobility Aids Design Requirements

EVA hardware

14.4.2 EVA Workstation and Restraint Design Considerations

14.4.2.2 Hardware Design Considerations for EVA Access

EVA hatches

14.5.2.1 EVA Translation Route Design Considerations

14.5.3.1 EVA Translation Route Design Requirements

EVA hazards

14.1.3 General EVA Safety Design Requirements

14.6.4.3 EVA Connectors Design Requirements

EVA helmet

14.2.3.7 EVA Body Waste Management Design Requirements

14.3.2.1.3 Space Suit Helmet Design Considerations and Dimensions

EVA joint mobility ranges

14.3.4.3 Example Pressure Suit Joint Mobility

EVA labels

14.4.2.3 EVA Controls and Displays Design Considerations

14.4.3.2 EVA Control and Display Design Requirements

EVA light beam

14.4.3.3 EVA Workstation Lighting Design Requirements

EVA lighting

14.4.2 EVA Workstation and Restraint Design Considerations

14.4.2.4 EVA Workstation Lighting Design Considerations

14.4.3.3 EVA Workstation Lighting Design Requirements

14.4.4 Example EVA Workstation and Restraint Design Solutions

14.4.4.1 EVA Workstation Lighting Example Design Solutions

EVA luminance ratio

14.4.2.4 EVA Workstation Lighting Design Considerations

EVA maintenance

12.3.1.1 General Maintainability Design Requirements

EVA medical monitoring

14.2.2.8 EVA Medical Monitoring Design Considerations

14.2.4.3 EVA Example Medical Monitoring Design Solutions

EVA metabolic workload

14.2.3.5 EVA Metabolic Workload Design Requirements

EVA mobility aids

14.2.3.8 EVA Medical Monitoring Design Requirements

14.5 EVA Mobility and Translation

14.5.2.2 EVA Mobility Aids Design Considerations

14.5.3 EVA Mobility and Translation Design Requirements

14.5.3.2 EVA Mobility Aids Design Requirements

EVA movement range

14.3.2.3 EVA Movement Ranges

14.3.4.3 Example Pressure Suit Joint Mobility

EVA neutral body posture

14.3.2.4 EVA Neutral Body Posture

14.4.3.1 EVA Work Envelope Design Requirements

EVA operations

14.1.2 General EVA Design Considerations

EVA partial pressure exposure

14.2.3.9 EVA Suit Pressure Design Requirements

EVA passageways

14.5.2.5 EVA Passageway Design Considerations

14.5.3.5 EVA Passageway Design Requirements

EVA physiological aspects

14.2.3 EVA Physiological Design Requirements

14.2.4 Example EVA Physiological Design Solutions

EVA physiological design

14.2.2 EVA Physiological Design Considerations

EVA physiology

14.2 EVA Physiology

EVA portable lighting

14.4.4.1 EVA Workstation Lighting Example Design Solutions

EVA power tools

14.6.2.3 EVA Tools Design Requirements

14.6.2.4.2 Example EVA Power Tool Design Solutions

EVA pressure suit

14.3.2.1 Space Suit Design Considerations and Dimensions

14.3.2.2 Space Suit Joint Motion Design Considerations

EVA radiation

14.2.4.4 EVA Radiation Dosage Example Design Solutions

EVA radiation exposure

14.2.2.10 EVA Radiation Dosage Design Considerations

14.2.3.10 EVA Radiation Dosage Design Requirements

EVA radiation exposure limits

14.2.3.10 EVA Radiation Dosage Design Requirements

EVA radiation protection

14.2.2.10 EVA Radiation Dosage Design Considerations

EVA ratcheting

14.6.2.3 EVA Tools Design Requirements

EVA reach envelope

14.3.2.3 EVA Movement Ranges

14.4.3.1 EVA Work Envelope Design Requirements

EVA reaction time

14.2.2.3 EVA Reaction Time Design Considerations

14.2.3.3 EVA Reaction Time Design Requirements

EVA requirements

14.4.3 EVA Workstation and Restraint Design Requirements

EVA restraints

14.4 EVA Workstations and Restraints

14.4.2 EVA Workstation and Restraint Design Considerations

14.4.4 Example EVA Workstation and Restraint Design Solutions

14.5.2.3 EVA Translation Restraints Design Considerations

EVA safety

14.1.2.1.3 Limitations of EVA

14.1.3 General EVA Safety Design Requirements

14.4.2.4 EVA Workstation Lighting Design Considerations

EVA safety hooks

14.4.3.4 EVA Crew Restraint Design Requirements

EVA space suit

14.3.2.1 Space Suit Design Considerations and Dimensions

14.3.2.2 Space Suit Joint Motion Design Considerations

14.3.2.7 EVA Space Suit Measurement Considerations

EVA strength

14.2.2.4 EVA Strength-Related Design Considerations

14.2.3.4 EVA Strength-Related Design Requirements

EVA suit measurements

14.3.2.7 EVA Space Suit Measurement Considerations

EVA suit pressure

14.2.2.9 EVA Suit Pressure Design Considerations

14.2.3.9 EVA Suit Pressure Design Requirements

EVA system designs

14.1.3 General EVA Safety Design Requirements

EVA tether attachment points

14.4.3.5 EVA Equipment Tether Design Requirements

EVA tether hooks

14.4.4.3 EVA Equipment Tether Hook Example Design Solution

14.5.3.3 EVA Translation Restraints Design Requirements

EVA tether locks

14.4.3.5 EVA Equipment Tether Design Requirements

EVA tethers

14.4.3.4 EVA Crew Restraint Design Requirements

14.5.2.3 EVA Translation Restraints Design Considerations

14.5.3.3 EVA Translation Restraints Design Requirements

14.7.3 EVA Enhancement Systems Design Requirements

EVA tool access

14.3.2.5 EVA Working Envelopes

EVA tool design

14.6.2.4 Example EVA Tools Design Solutions

EVA tool handles

14.6.2.3 EVA Tools Design Requirements

EVA tool tethering

14.6.2.3 EVA Tools Design Requirements

EVA tools

14.5.3.4 EVA Airlock Design Requirements

14.6 EVA Tools Fasteners and Connectors

14.6.2 EVA Tools

EVA touch pressures

14.2.3.11 EVA Touch Temperature and Pressure Design Requirements

EVA touch temperature

14.2.2.11 EVA Touch Temperature Considerations

14.2.3.11 EVA Touch Temperature and Pressure Design Requirements

EVA translation

14.5 EVA Mobility and Translation

14.5.2.4 EVA Airlock Design Considerations

14.5.3 EVA Mobility and Translation Design Requirements

14.5.3.6 EVA Equipment Transfer Design Requirements

EVA translation routes

14.5.3.1 EVA Translation Route Design Requirements

EVA translation restraints

14.5.2.3 EVA Translation Restraints Design Considerations

14.5.3.3 EVA Translation Restraints Design Requirements

EVA translation routes

14.5.2.1 EVA Translation Route Design Considerations

EVA tunnels

14.5.2.5 EVA Passageway Design Considerations

EVA vision

14.2.3.1 EVA Vision Design Requirements

14.2.2.3 EVA Reaction Time Design Considerations

14.2.2.1 EVA Vision Design Considerations

EVA vision cone

14.3.2.6 EVA Head Movement and Viewing Limits

EVA waist tethers

14.4.4.2 EVA Crew Restraint Example Design Solutions

EVA water

14.2.2.6 EVA Food and Drinking Water Design Considerations

14.2.3.6 EVA Food and Drinking Water Design Requirements

14.2.4.2 EVA Food and Drinking Water Example Design Solution

EVA wing connectors

14.6.4.3 EVA Connectors Design Requirements

EVA work envelopes

14.3.2.5 EVA Working Envelopes

14.4.2 EVA Workstation and Restraint Design Considerations

14.4.2.1 EVA Work Envelope Design Considerations

EVA workload

14.2.2.5 EVA Workload Design Considerations

14.2.3.5 EVA Metabolic Workload Design Requirements

14.6.2.2 EVA Tools Design Considerations

EVA workstations

14.4 EVA Workstations and Restraints

14.4.4 Example EVA Workstation and Restraint Design Solutions

Ear problems

5.1.2.2.1.7.2 Trapped Gas Dysbarism Design Considerations

Earphones

9.4.3.3.2 Audio Input/Output Equipment Design Requirements

Earth cues

4.2.2 Vision - Design Considerations

Eating

5.2.2.2 Sleeping Eating and Mobility Changes in Microgravity

Edges

6.3.3.1 Corner and Edge Requirements

11.11.3.2.1 Materials Requirements

Editing

9.6.3.3.1 Editing

9.6.3.4.2.1 Design Considerations for User Feedback

Editing commands

9.6.3.3.1.1 Design Considerations for Editing

Editing graphics

9.6.3.3.1.3 Design Requirements for Graphics Editing

Editing methods

9.6.3.3.1.2 Design Requirements for Editing

Editing procedures

9.6.3.3.1.2 Design Requirements for Editing

Effective temperature

5.8.2 Thermal Environment Design Considerations

Effects of noise

5.4.2.3 Human Responses to Noise - Design Considerations

Effects of vibration

5.5.2.3.3 Discomfort/Annoyance Effects of Vibration

Electrical connector plugs

11.10.3.2 Electrical Connectors Design Requirements

Electrical connectors

11.10.2 Connector Design Considerations

11.10.3.2 Electrical Connectors Design Requirements

14.6.4.3 EVA Connectors Design Requirements

Electrical hazards

6.4 Electrical hazards

6.4.1 Introduction

6.4.2 Electrical Hazards Design Considerations

6.4.3 Electrical Hazards Design Requirements

14.1.4 Space Suit Electrical Hazards Reduction Design Example

Electrical protection

6.4.3 Electrical Hazard Design Requirements

Electrical shock

6.4.2. Electrical Hazard Design Considerations

6.4.3 Electrical Hazard Design Requirements

6.4.3.2 Electrical Bonding

6.4.3.19 Bioinstrumentation System Microshock Protection Requirements

Electrical shock protection

6.4.3 Electrical Hazard Design Requirements

6.4.3.12 Overload Protection

Electrocardiograph

10.8.3.4 Countermeasure Monitoring Design Requirements

Electromagnetic hazards

5.7.3.1.4 Nonionizing Radiation Protection Design Considerations

Electromagnetic leakage

5.7.3.1.4 Nonionizing Radiation Protection Design Considerations

Electromagnetic radiation

5.7.3.1.1 Types of Nonionizing Radiation

Electromagnetic shielding

5.7.2.1.4.2 Electromagnetic Shielding

Electronic data storage

13.4.3.3 Electronic Information Management Design Requirements

Emergency alarm

9.4.4.3.1 Alarm Classification Design Requirements

Emergency controls/displays

9.2.3.2.7 Emergency Control/Display Placement Design Requirements

Emergency displays

9.4.4.3.1.1 Emergency Display Design Requirements

Emergency exit

8.10.3.1 Location Design Requirements

Emergency lights

8.13.3.4 Lighting Fixtures and Controls Design Requirements

Emergency return route

8.7.3.4 Emergency and Escape Route Design Requirements

Emergency use items

9.5.3.1.13 Caution and Warning Labels Design Requirements

Endurance

4.9.2 Strength - Design Considerations

4.10.2 Workload Design Considerations

Engravings

9.5.3.1.14.9 Character Measurement Design Requirements

Entertainment

10.8.3.5 Display Capabilities for Exercising Crewmembers Design Requirements

Entry

10.4.3 Individual Crew Quarters Design Requirements

Entry phase noise

5.4.2.1.3 Entry Phase Acoustic Environment

Entry to 1-g

7.2.3.2 Reduced Gravity Countermeasures Design Considerations

Envelope geometry

8.6 Envelope Geometry for Crew Functions

Environment

7.2.2.2.3 Food and Water Quality and Quantity - Design Considerations

Environmental control

5.1.2 Atmosphere Design Considerations

5.1.2.1 Safe Atmospheres - Design Considerations

5.1.2.1.1 Gas Composition and Pressure Design Considerations

5.1.2.3.1 Atmosphere Toxicological Monitoring Design Considerations

10.4.3 Individual Crew Quarters Design Requirements

Environmental effects

5.9 Combined Environmental Effects

Environmental monitoring equipment

10.9.3.2.2 Environmental Monitoring Equipment

Environmental monitoring system

5.1.3.5 Baro-Thermal Monitoring Design Requirements

Environmental stressors

5.9.2 Combined Environmental Effects Design Considerations

Equipment

8.3.3.1 Adjacent Crew Station Design Requirements

8.4.2 Orientation Design Considerations

9.5.2 Labeling and Coding Design Considerations

11.0 Hardware and Equipment

Equipment accessibility

12.3.1.2 Physical Accessibility Design Requirements

Equipment accidents

6.2.2.2 Crew Induced Accidents

Equipment arrangement

8.2.2.4 Module Layout and Arrangement Design Considerations

Equipment cleansing

7.2.5.3.5 Personal Clothing & Equipment Cleansing Design Requirements

Equipment clearance

8.8.3.2 Clearances Design Requirements

Equipment design

12.3.1 Equipment Design Requirements

12.3.1.1 General Maintainability Design Requirements

Equipment drawers

11.3.2 Drawer and Rack Design Considerations

11.3.3.2 Design Requirements Common to Both Stowage &

Equipment Drawers

11.3.3.4 Equipment Drawer Design Requirements

11.5.3.1 General Mounting Design Requirements

Equipment hazards

6.2.2.2 Crew Induced Accidents

Equipment identification

9.5.3.1.6 Equipment Identification Design Requirements

Equipment layout

11.3.3.4 Equipment Drawer Design Requirements

11.5.3.1 General Mounting Design Requirements

Equipment location

8.8.3.3 Translation Path Obstructions and Hazards Design Requirement

Equipment maintenance

11.4.3 Closures and Covers Design Requirements

Equipment marking

9.5.3.1.6 Equipment Identification Design Requirements

Equipment mobility aids

11.8.3 Equipment Mobility Aids

Equipment name

9.5.3.1.8 Operating Instruction Design Requirements

Equipment noise

5.4.2.2 Propagation of Noise - Design Considerations

5.4.3.1 General Acoustic Design Goals

Equipment replacement

12.3.1.4 Removal Replacement and Modularity Design Requirements

Equipment replacement matrix

12.3.3 Maintenance Information Management Systems Design Requirements

Equipment response

9.4.2.3.2 Information Presentation Design Requirements

Equipment restraint design

11.7.3.3 Equipment Restraint Design Requirements

Equipment restraints

9.2.4.2.3 Workstation Restraints and Mobility Aid Design Requirements

11.3.3.3 Stowage Drawer Design Requirements

11.7.3 Equipment Restraints

13.4.3.2 Hardcopy Information Management Design Requirements

Equipment size

3.2.2 Application of Anthropometric Data - Design Considerations

8.7.2.3 Equipment Transfer Design Considerations

Equipment transfer

8.7.2.3 Equipment Transfer Design Considerations

11.8.3.3 Example Mobility Aids Design Solutions

Equipment vibration

5.5.3.1 General Vibration Design Requirements

Error correction

9.6.3.4.4 Design Requirements for Error Handling

Error detection

9.6.3.4.4 Design Requirements for Error Handling

Error feedback

9.6.3.4.4 Design Requirements for Error Handling

Error handling

9.6.3.4.4 Design Requirements for Error Handling

Error message content

9.6.3.4.4 Design Requirements for Error Handling

Error message locations

9.6.3.4.4 Design Requirements for Error Handling

Error recovery

9.6.3.4.4 Design Requirements for Error Handling

Escape

9.6.2.1 Design Considerations for Data Display

Escape route

8.7.3.4 Emergency and Escape Route Design Requirements

Example Design Solutions

1.4.1 Generic Topical Organization

Exercise trends

10.8.3.3 Display Capabilities for Exercising Crewmembers Design Requirements

Exercise

5.1.2.2.1.7.1 Evolved Gas Dysbarism Design Considerations

7.2.3.3.2.2 Deconditioning Countermeasure Design Considerations

7.2.3.3.3 Exercise Countermeasure Design Requirements

7.2.7.3.1 Routine Crew Health Monitoring Design Requirements

10.7.2 Recreation Facility Design Considerations

10.8.2 Microgravity Countermeasure Facility Design Considerations

10.8.3.4 Countermeasure Monitoring Design Requirements

10.8.3.5 Display Capabilities for Exercising Crewmembers Design Requirements

10.8.3.1.2 Exercise Countermeasure Environment Design Requirements

10.8.4 Example Microgravity Countermeasures Design Solution

Exercise countermeasures

7.2.3.3 Exercise Countermeasures

10.8.3.1.2 Exercise Countermeasures without "S" Environment Design Requirements

Exercise equipment

10.8.3.1.1 Exercise Equipment

10.9.3.2.7 Countermeasures

Exit

10.4.3 Individual Crew Quarters Design Requirements

Exiting

9.6.3.3.2.2 Design Requirements for Saving

Expectoration

10.2.3.3 Oral Hygiene Design Requirements

Expendable items

9.5.3.1.10 Failed/Expendable Item Design Requirements

Exterior light controls

14.4.3.3 EVA Workstation Lighting Design Requirements

Exterior power switches

14.4.3.3 EVA Workstation Lighting Design Requirements

Extravehicular activity

14.0 Extravehicular activity (EVA)

Eyeglasses

11.13.2.3 Personal Ancillary Equipment Design Requirements

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