Файл: Исследование суточных вариаций поровой активности радона в поверхностных грунтах удк 550. 42 546. 296 551. 51.docx

Analyzing the SWOT-analysis table, we can say that the proposed set of activities has enough strengths and opportunities.

The main weakness is the dependence on third-party sources of information about the climatic conditions of the area.

At the same time, it is worth talking about the need for constant modernization of technologies and equipment. In addition, compliance with environmental legislation is an important task.

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Project Initiation

The initiation process group consists of processes that are performed to define a new project or a new phase of an existing one. In the initiation processes, the initial purpose and content are determined and the initial financial resources are fixed. The internal and external stakeholders of the project who will interact and influence the overall result of the research project are determined.

Project Stakeholders

Table 4.3 Stakeholders of the project

Project stakeholders	Stakeholder expectations
Tomsk Polytechnic University (TPU)	Supervision and approval of research work came from TPU. The acquired results can be used to calculate the dose rate of low gamma background radiation in the environment when using scintillation detector (BDPA-01).
Radiation Safety Service	Development of a method for modeling of radon flux density based on current atmospheric temperature

Objectives and Outcomes of Project

Table 4.4 Purpose and results of the project

Purpose of project:	To investigate the effect climate changes such as temperature, pressure, air humidity on the readings of flux density of radon in surface atmosphere
Expected results of the project:	– Creation of a model of radon flux density in the surface atmosphere.

	– Identification of seasonal patterns in the dynamics of radon SPR into the surface atmosphere based on experimental data
Criteria for acceptance of the project result:	Validation of results by using the obtained model of flux density of radon with the experimental data.
Requirements for the project result:	Agreement between the results of project and the results of other authors on similar works.
	Industrial application. The results would help conducting radiation monitoring in different industries.
	Technical specification: To be able to calculate the correct flux density of radon an area with created model based on climatic data.

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Project Participants

The organizational structure of the project involves all participants or people who participated in the research work, the number of hours they spent and the roles they played in the research. In this research work, there were two participants.

Scientific supervisor Executor
Table 4.5 Structure of the project

№	Participant	Role in the project	Functions	Labor time, hours (working days (from table 7) × 6 hours)
1	Scientific Supervisor – A professor and a lecture of the Nuclear Science and Technology	Head of project	Formulating of research topic and giving directions of how to achieve the main aim. Ensuring that all task	48×6 = 288

	department at TPU.		pertaining to the main objectives are done on time. Verification of results obtained.
2	Executor – A student of the Nuclear Science and Technology department at TPU.	Executor	Performing of task and researching of literature review. Collecting of data and analysing of results.	82×6 = 492

Project limitations and Assumptions

Project limitations are all factors that can be as a restriction on the degree of freedom of the project team members.
Table 4.6 Project

limitations

Factors	Limitations / Assumptions
3.1. Project's budget, rubles	326500.74
3.1.1. Source of financing	TPU
3.2. Project timeline:	25/01/2023 to 25/05/2023
3.2.1. Date of approval of plan of project	25/01/2023
3.2.2. Completion date	25/05/2023