S.L. 424.34 Art. 11Offences. The follow electromagnetic Electric field on a charged -1 (Vm ). A electric field environmental Limb electromagnetic contact with an induced in the Contact with an object state contact an may occur with Electric expressed in Magnetic density, -1 metre (Am ). Magnetic moving magnetic flux m

(1) Any breach by any person of any provision of these regulations shall be deemed an offence.

(2) Any person who knowingly or recklessly interferes with the performance of a duty or obligation by a person under these regulations shall be guilty of an offence. SCHEDULE I PHYSICAL QUANTITIES REGARDING THE EXPOSURE TO ELECTROMAGNETIC FIELDS ing physical quantities are used to describe the exposure to fields: strength (E) is a vector quantity that corresponds to the force exerted particle regardless of its motion in space. It is expressed in volt per metre distinction has to be made between the environmental electric field and the present in the body (in as a result of exposure to the situ) electric field.

current (I ) is the current in the limbs of a person exposed to L fields in the frequency range from 10 MHz to 110 MHz as a result of object in an electromagnetic field or the flow of capacitive currents exposed body. It is expressed in ampere (A). current (I ) is a current that appears when a person comes into contact C in an electromagnetic field. It is expressed in ampere (A). A steady current occurs when a person is in continuous contact with an object in electromagnetic field. In the process of making such contact, a spark discharge associated transient currents. charge (Q) is an appropriate quantity used for spark discharge and is coulomb (C). field strength (H) is a vector quantity that, together with the magnetic flux specifies a magnetic field at any point in space. It is expressed in ampere per flux density (B) is a vector quantity resulting in a force that acts on charges, expressed in tesla (T). In free space and in biological materials, density and magnetic field strength can be interchanged using the -1 strength of H = 1 Am equivalence to magnetic flux density of B =

(approximately 1.25 microtesla).

density (S) is an appropriate quantity used for very high frequencies, where penetration in the body is low. It is the radiant power incident to a surface, divided by the area of the surface. It is expressed in watt -2 metre (Wm ). energy absorption (SA) is an energy absorbed per unit mass of biological -1 expressed in joule per kilogram (Jkg ). In these regulations, it is used for limits for effects from pulsed microwave radiation.

energy absorption rate (SAR), averaged over the whole body or over parts the rate at which energy is absorbed per unit mass of body tissue and is -1 watt per kilogram (Wkg ). Whole-body SAR is a widely accepted relating adverse thermal effects to radio frequency (RF) exposure. whole-body average SAR, local SAR values are necessary to evaluate and energy deposition in small parts of the body resulting from special conditions. Examples of such conditions include: an individual exposed to MHz range (e.g. from dielectric heaters) and individuals exposed in of an antenna. quantities, magnetic flux density (B), contact current (I ), limb current C field strength (E), magnetic field strength (H), and power density (S)

can be measured directly.

SCHEDULE II

NON-THERMAL EFFECTS EXPOSURE LIMIT VALUES AND ACTION LEVELS IN THE FREQUENCY RANGE FROM 0 Hz TO 10 MHz