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Radar Book: Effective Navigation and Collision Avoidance illustrated edition [Pehme köide]

  • Formaat: Paperback, 235 pages, kõrgus x laius x paksus: 2437x1937x0.75 mm, kaal: 1350 g, illustrations
  • Ilmumisaeg: 09-Jan-2004
  • Kirjastus: FineEdge.Com LLC
  • ISBN-10: 1932310053
  • ISBN-13: 9781932310054
Teised raamatud teemal:
  • Formaat: Paperback, 235 pages, kõrgus x laius x paksus: 2437x1937x0.75 mm, kaal: 1350 g, illustrations
  • Ilmumisaeg: 09-Jan-2004
  • Kirjastus: FineEdge.Com LLC
  • ISBN-10: 1932310053
  • ISBN-13: 9781932310054
Teised raamatud teemal:
Acknowledgements iii
Introduction
RAdio Detection And Ranging
1(1)
History
1(2)
The Andrea Doria
3(2)
Tuning Your Eye
5(24)
The Searchlight Principle
5(3)
The Look of the Display
8(1)
Understanding the Radar Display
8(1)
Ranges and Range Rings
8(14)
Head-Up Relative Motion Displays
22(1)
Heading Flash
23(1)
A Tragedy
24(1)
Choosing the Appropriate Range Scale
25(1)
The Difference Between Course and Heading
25(1)
Identifying Radar-conspicuous Objects and Features
26(3)
Early Successes from Simple Techniques
29(22)
How to Set Up Your Radar
29(5)
Estimating Position Using Range Rings
34(1)
Variable Range Marker (VRM)
35(1)
Using Paper Charts
35(2)
Finding Position Using the Variable Range Marker (VRM)
37(2)
Cocked Hat
39(1)
Constant Bearing / Decreasing Range Means Collision Course
40(1)
Choosing Radar-conspicuous Points for Position Fixing
40(1)
Electronic Bearing Line (EBL)
41(1)
Avoiding Collisions
41(1)
Extracts from the International Regulations for Preventing Collisions at Sea, 1972 (Collision Regulations)
41(4)
Echo Trails
45(1)
Closest Point of Approach (CPA)
45(2)
Avoiding Action
47(4)
The Equipment
51(12)
Radar Components
51(1)
Scanner Unit
51(2)
Replacing the Magnetron
53(1)
Scanner Installation
54(1)
Frequencies
55(1)
Display Unit
56(1)
CRT Displays
56(1)
LCD Displays
57(1)
Pixels and Image Resolution
57(1)
Controls
58(1)
Radar Safety
58(1)
Knobs and Switches vs Menus and Soft Keys
59(2)
Day and Night Displays
61(1)
Reverse Colours
61(2)
Why Radar Works
63(12)
Basic Principles of Radar
63(1)
Principles of Reflectivity
63(6)
Microwave Pulses
69(1)
Analog Radars
69(2)
Synchronization of the Heading Flash
71(1)
Radar Horizon
71(1)
Echo Strength
71(1)
Transponders
72(1)
RACON
73(2)
Controlling and Interpreting the Display
75(26)
Gain
75(1)
Standard Control Icons
75(2)
Auto-Gain
77(1)
``Anti-Sea Clutter'' Control (STC)
77(3)
``Anti-Rain Clutter'' Control (FTC)
80(1)
Persistence of Sea Clutter
80(1)
Pulse-length Control
81(1)
Using the ``Anti-Rain Clutter'' Control to Enhance Range Resolution
82(3)
Offset and Zoom
85(2)
Dual Pulse Radar
87(1)
How Beam Width Affects Bearing Resolution
87(4)
Side Lobe Echoes
91(1)
Vertical Beam Width
92(1)
Blind Sectors and Ghosts
93(5)
Interference
98(3)
Interfacing Equipment and the Integrated Bridge
101(16)
Head-Up vs. North-Up Displays
101(2)
GPS Heading Data
103(1)
North-Up, Course-Up and Head-Up Modes
104(1)
Connecting Equipment Together
105(1)
National Marine Electronics Association (NMEA) 0183
105(2)
Managing Multiple Windows
107(2)
On-screen Waypoint Displays
109(1)
Interfacing Radar with Electronic Chart Systems (ECS)
109(1)
Radar Waypoint Display
109(1)
Active Waypoints and ``Course-up'' Display Mode
110(1)
Radar Overlay Equipment
111(1)
Radar Sensor and Computer
111(2)
Stand-Alone Radar and Computer
113(1)
Proprietary Systems
113(1)
Electronic Chart Display and Information Systems (ECDIS)
114(3)
Further Adventures in Navigation
117(16)
Fixing Position Using the Variable Range Marker (VRM)
117(1)
Fixing Position Using the EBL
118(1)
Taking VRM Measurements
118(1)
Checking the accuracy of the VRM
119(2)
Radar Bearing Errors
121(1)
Fixing Position Using a Mixture of Ranges and Bearings
122(1)
Radar Waypoint Display
123(1)
Mixing Sounder and Sonar Information
124(1)
Using the EBL to Observe Transits
125(2)
Navigation and Piloting
127(2)
Practice and Consistency
129(4)
Further Adventures in Blind Piloting
133(22)
Using an Offset EBL
133(1)
Parallel Indexing
133(1)
Parallel Index Cursor
134(2)
Using a Manual Parallel Index
136(1)
Parallel Indexing---North-Up
137(1)
Setting up a Parallel Index
137(2)
Verifying the Position of a Buoy
139(1)
Verifying the Position of a Buoy---Without Offset EBL
139(2)
Anchoring
141(2)
Guard Zones
143(1)
Approaching a Narrow Entrance
143(1)
The Use of Radar Overlay in Navigation and Piloting
144(2)
Situational Awareness
146(1)
Offset Radar Images
147(4)
North-Up or Course-Up?
151(1)
Raster or Vector Charts?
151(2)
Colours and Transparency
153(2)
Further Adventures in Collision Avoidance
155(24)
Steering and Sailing Rules
155(1)
Circumferential Distortion
156(1)
The Andrea Doria
157(1)
Extracts from the International Regulations for Preventing Collisions at Sea, 1972 (Collision Regulations)
158(3)
Systematic Observation of Other Vessels
161(1)
How Close is Too Close?
162(1)
A Eureka Bar Story
162(1)
Head-Up, Course-Up or North-Up?
163(2)
Target Behaviour After an Alteration
165(3)
Handling Multiple Targets
168(1)
Tugs at Nelson Island
168(3)
Switching Between Collision Avoidance and Navigation Modes
171(1)
Manual Radar Plotting
172(1)
Simple Radar Plotting
173(1)
Automatic Radar Plotting Aid (ARPA)
173(2)
ARPA Errors
175(1)
ARPA Heading and Speed Input
175(1)
ARPA in True Motion Mode
176(1)
The Use of Collision Alarms for Offshore Sailors
177(1)
The Use of Radar Overlay in Collision Avoidance
178(1)
Heavy Weather
179(10)
Scanner Height
179(1)
Vessel Stability
180(1)
Transmitted Power
181(1)
``Anti-Sea Clutter'' Control (STC)
181(2)
Large Waves
183(1)
Identifying Submerged Hazards
183(2)
Breakers
185(1)
Effective Use of Crew
186(1)
Ice
187(1)
Icebergs
188(1)
What Can Go Wrong and What You Can Do About It
189(18)
Failure Modes
189(1)
Protecting Yourself
189(2)
Radar Should be Your Primary Tool
191(1)
Maintaining Situational Awareness
191(1)
Placing Too Much Reliance on the Radar
191(1)
Improving Your Own Visibility
192(1)
Am I Going Crazy?
193(1)
Total Electrical Failure
194(1)
Radar Reflectors Work
195(1)
Human Error
196(1)
Safe Speed
197(1)
High Speed Operation
197(1)
Raster Freeze
198(1)
The Effect of Heavy Precipitation
198(1)
Ice on the Scanner
199(1)
Heading Flash Error
199(1)
Obstructions to Scanner Rotation
200(1)
Heading Input Error
201(1)
Zeroing Error
202(1)
PC Problems
203(1)
Radar Overlay Problems
204(1)
Memory Overload
204(3)
Appendix A Radar Plotting 207(10)
Appendix B Technical Specifications 217(4)
Glossary 221(8)
Bibliography 229(3)
About the Author 232(1)
Index 233(3)
Other Publications from FineEdge.com 236