Measurement of the radioactivity of radioactive isotopes such as: Rn-222, U-238, K-40, Ra-226, CS-137, etc.

1

Measurement of the radiation background with a portable field device for the places where the radiation background is to be identified, whether it is within the safety levels or not

2

Measuring the chronological ages of lakes and rivers for the layers of the earth using the Dating technique

3

Measuring the amount and age of sediments and predicting deviations in rivers

4

Measuring the chronological age of the water supply lakes and the like, and measuring the chronological age of the organic matter using carbon isotopes C12, C14

5

Topographical surveys

6

Bathymetric Surveys

7

Measuring the speed and directions of water currents

8

Measuring water discharge

9

Drawing cross-sections of rivers

10

Measuring the speed of sound in water

11

Photographing the bottom of rivers and seas

12

Air temperature and relative humidity

13

wind speed measurement

14

Measuring soil temperature at different depths

15

Measuring air pollution by noise

16

Measurement of air pollutants by gases H2S, CO, LEL, O2

17

Measure Natural Occurring Radioactivity Material (NORM)

18

Industrially measured radioactive isotopes: which are produced as a result of military operations, nuclear reactors, or nuclear accidents

19

Long-term radiometric measurements: which measured the isotope radon Ra-222

20

Short-term measurements: by which all radioactive isotopes in the radioactive and naturally radioactive chains are measured, in addition to radioactive isotopes that fall outside the normal range of radioactivity and that comes through nuclear power plants and nuclear accidents.

21