02/205824 DC : 0

1 Scope
2 Normative references
3 Definitions
   3.1 Antenna
   3.2 Contact current
   3.3 Current density (J)
   3.4 Exposure
   3.5 Far-field region
   3.6 Induced current (I)
   3.7 Electric field strength (E)
   3.8 Magnetic field strength (H)
   3.9 Magnetic flux density (B)
   3.10 Near-field region
   3.11 Peak value of (electric or magnetic) field strength
   3.12 Permeability (mu)
   3.13 Phantom
   3.14 Power density (S)
   3.15 Root-mean square (rms)
   3.16 Root-sum square (rss)
   3.17 Specific absorption rate (SAR)
   3.18 Response time
   3.19 Unperturbed field
4 Measurement
   4.1 General observations
   4.2 Uncertainty
        4.2.1 Evaluating uncertainties
        4.2.2 Examples of typical uncertainties
   4.3 Calibration
        4.3.1 Introduction
        4.3.2 Calibration techniques for EM field probes
        4.3.3 Calibration range
        4.3.4 Calibration uncertainty
   4.4 EM field strength measurement
        4.4.1 General requirements on measurement equipment
        4.4.2 Electric field probes
        4.4.3 Magnetic field probes
        4.4.4 Measurement procedures
        4.4.5 Measurements of unperturbed electric or
               magnetic field strength
   4.5 Body current measurement
        4.5.1 Measurement devices for limb currents
        4.5.2 Measurement devices for contact current
        4.5.3 Body current assessment methods
   4.6 Specific absorption rate (SAR)
        4.6.1 Internal electric field strength measurements
        4.6.2 Internal temperature measurements
        4.6.3 Calorimetric measurements of heat transfer
5 Calculation
   5.1 General aspect
6 Phantoms
7 Assessment report
   7.1 General
   7.2 Items to be recorded in the assessment report
        7.2.1 Assessment method
        7.2.2 Presentation of the results
8 References
Annex A (normative) Models for validation of calculation methods
      A.1 Unperturbed electric and magnetic fields
      A.2 Body current and current density
      A.3 Specific Absorption Rate
      A.4 References
Annex B (informative) Numerical methods
      B.1 Finite Element Method (FEM)
      B.2 Finite Difference Method (FDM)
      B.3 Finite Difference Time Domain (FDTD)
      B.4 Integral Equations (IE)
      B.5 Impedance Method (IM)
      B.6 Generalised Multipole Technique (GMT)
      B.7 Hybrid Finite Element-Boundary Element method (FEM-BEM)
      B.8 References
Annex C (informative) Uncertainty assessment for the
        measurement of EMF
      C.1 Steps in establishing an uncertainty budget
      C.2 Example for calculation of uncertainty measuring
          field strength using a biconical antenna in the
          frequency range 30 MHz to 300 MHz (vertical
          polarization at 3 m and 10 m distance)
      C.3 References