metrological support

The article investigates the possibility of carrying out verification of volumetric liquid meters at the place of operation
and presents the procedure for carrying out such verification. The issues of metrological support of measuring instruments
(MI) of the aircraft refueling service are considered. The data on the verification of measuring instruments of the aircraft refueling
service in the EU member states are presented.

A method of estimating the size of metrological risk using a comprehensive indicator is being proposed in our article. It gives the possibility to assess the weight of the impact of each structural level on the comprehensive indicator, identifies the factors that cause this risk and vulnerabilities in the system of metrological support of production.

The trend of development of measuring equipment in particular measuring systems and technological processes leads to the need of measuring the temperature without dismantling the primary transducers and stopping the technological process in a very wide range and with high accuracy. The choice of methods and means of measurement depends on such factors as the value of measured temperature, necessary accuracy of measurement, conditions of measurements, and operation of the investigated object.

The current state of development of the metrological provision of measuring equipment for the competitiveness of  products,  safety  at  work  (radiation  safety),  obtaining  objective  diagnostic  information  in  medical  practice  is  analyzed. Metrological  support  is  one  of  the  main  steps  in  the  production  process  that  influences  the  measurement  results  and  their qualitative evaluation.

The article deals with the development of the reference means of support and metrological insurance required for  metrological  verification  and  calibration  of  beta  and  gamma  radiation  dosimeters.  The  latter  are  extremely  necessary  for dosimetric measurements of radiation characteristics in the field of radiation safety, radiation diagnosis and therapy.

The  use  of  state-of-the-art  technologies  for  the  standardization  of  work  related  to  environmental monitoring,  technological  processes,  urban  and  rural  infrastructures  requires  an  entire  system  of metrological  supervision. The drone is an unmanned aerial vehicle. The purpose of such systems of autonomous action, intended for flight and their performance of some operations can be potentially dangerous to humans. With the use of appropriate electronic equipment one can determine the level of air pollution and conduct the research.

Modern  and  promising  examples  of  military  communication  technology  belong  to  the  most  knowledge-intensive and high-tech types of industrial products, which are subject to increased requirements for quality and efficiency of use.

Clinical laboratory diagnostics (laboratory medicine) is one of the most important components of the health care system, which provides medical diagnostic assistance to patients in assessing health status, diagnosis of diseases, monitoring of the results of treatment, further prediction of the course of the disease and quality of life that has a national importance in preserving and improving  the health of  the population.

The studying and standardization of the mineral waters requires mandatory content control of their chemical indexes. Nearby with the dissolve salts there are always exist the organic substances. The mineral waters with high organic substances (Corg, total organic carbon no less than 5,0 mg/l) are used for treating the hepatobiliary system deceases, urinary tracts deceases, and genital and metabolism disturbances. The researches of safety and quality of the mineral waters relate to the area of the state`s metrological control and supervision.

The system model of wireless technologies security was proposed on a level of the structure “system – signal – channel – tract” and its metrological support according to the conception “object – threat – defence”. The software of data encryption procedure for WiMAX systems based on AES standart and C# programming language was developed in limits of the created model.