1 Overview
  1.1 SCOPE
  1.2 PURPOSE
  1.3 INTRODUCTION
2 References
3 Definitions, acronyms, abbreviations, and letter symbols
  3.1 DEFINITIONS
  3.2 ABBREVIATIONS
  3.3 LETTER SYMBOLS FOR QUANTITIES
  3.4 UNIT SYMBOLS
4 Recommendations
  4.1 BASIC RESTRICTIONS (BRs) AND MAXIMUM PERMISSIBLE
      EXPOSURES (MPEs) FOR FREQUENCIES BETWEEN 3 KHZ AND 5 MHZ
  4.2 BRs AND MPEs FOR FREQUENCIES BETWEEN 100 KHZ AND 3 GHZ
  4.3 BRs FOR FREQUENCIES BETWEEN 3 GHZ AND 300 GHZ
  4.4 MPEs FOR FREQUENCIES BETWEEN 100 KHZ AND 300 GHZ
  4.5 SUGGESTED LIMIT FOR CONTACT VOLTAGE TO PREVENT RF BURNS
  4.6 RELAXATION OF POWER DENSITY MPE FOR LOCALIZED EXPOSURES
  4.7 ASSESSING COMPLIANCE WITH THIS STANDARD
  4.8 RF SAFETY PROGRAMS
Annex A
APPROACH TO REVISION OF IEEE STD C95.1-1991 (1999 ED.)
      A.1 ICES REVISION PROCESS
      A.2 BASIC CONCEPTS FOR DEVELOPING THE MPEs
Annex B
IDENTIFICATION OF LEVELS OF RF EXPOSURE RESPONSIBLE FOR
ADVERSE EFFECTS: SUMMARY OF THE LITERATURE
      B.1 INTRODUCTION
      B.2 EXECUTIVE SUMMARY
      B.3 ROLE OF MECHANISMS IN DETERMINATION OF LEVELS FOR
          ADVERSE EFFECTS
      B.4 IMPROVEMENTS IN DOSIMETRY
      B.5 ESTABLISHED EFFECTS FORMING THE BASIS OF THE STANDARD
      B.6 NON-CANCER RELATED STUDIES
      B.7 CANCER RELATED STUDIES
Annex C
RATIONALE
      C.1 INTRODUCTION
      C.2 BASIC RESTRICTIONS (BR) AND MAXIMUM PERMISSIBLE
          EXPOSURE (MPE)
      C.3 ADVERSE EFFECT LEVELS
      C.4 STIMULATORY EFFECTS AT FREQUENCIES FROM 3 KHZ TO 5 MHZ
      C.5 AVERAGING TIME
      C.6. SAFETY FACTORS AND UNCERTAINTY FACTORS
      C.7 SPECIAL CONSIDERATIONS
Annex D
PRACTICAL APPLICATIONS - EXAMPLES
      D.1 INTRODUCTION
      D.2 MULTI-FREQUENCY EXPOSURES (EXPOSURES TO MULTIPLE SOURCES)
      D.3 INDUCED AND CONTACT CURRENT
      D.4 MEASUREMENT REQUIREMENTS
Annex E
GLOSSARY
Annex F
LITERATURE DATABASE
Annex G
BIBLIOGRAPHY