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Town-planning interacts with the institutions of management, economics, infrastructure maintenance of the real estate market: the planning institution, the land management and technical inventory institution, the state cadastral real estate registration institution, the institution of state registration of real estate rights, the institution granting land for construction, institutions for mass evaluation of real estate for taxation purposes and individual evaluation of real estate, taxation institution of property.
Spatial planning is affected by a number of factors that can be combined into the following groups: – economic - the determining socio-economic processes that take place in a certain territory and which depend on the way land is used; – political - correlated with the policy at the national, regional and local level regarding the projected expectations regarding the manner in which land is used in the relevant territory; – demographic - related to the change in the structure of the population due to its natural and mechanical growth, depending on the different types of land for the purpose of performing such functions as: habitation - work - rest - service - technical infrastructure; – legal - are applied in accordance with the current rules and regulations, regulated by various legal instruments relating to the organization of the territory (laws, regulations, projects, etc.) in accordance with forms of ownership and other proprietary rights; – social - related to the achievement
The second type of household is the landless residents of the same city, in most cases young people who could not acquire higher-level residential property and, therefore, filled the niche of the lowest level, buying the cheapest housing.
The main property of this technology - for each precast reinforced concrete product uses its own metal form with a rigid non-refreshed scheme of sides and pallets.

It is a so-called 'barometer' of the optical, electrical and mechanical properties of the sample [1-15].
For selection of the type of the insulating material, its appropriate properties as hydrophobicity, chemical stability and resistance to penetration of ions should be taken into account.
The main factors that influence the crack initiation and propagation in these high-strength aluminum alloys are searched for.
Study on electrochemical and initial corrosion behavior of ultrahigh strength steel Ultrahigh strength (UHS) steels are used in industry as structural materials due to their excellent mechanical properties such as fracture toughness.
The authors proved that the anodic partial reaction of the corrosion process is affected preferentially by the oxide products.

Fig. 3 SEM image of MXene/TiO2 composite photocatalyst MXene’s Structure and Properties, as a Potential Photoactive Co-catalyst Material.
The size and properties of the membrane pores play a significant role in the removal efficiency of the photocatalytic membrane.
The adsorption capacity of the photocatalytic membrane is influenced by several factors, including the type of membrane material, surface charge, and pore size distribution.
These factors collectively contribute to the improved separation of charge carriers and enhanced adsorption of dye molecules.
Falath, Nanomaterials: A review of synthesis methods, properties, recent progress, and challenges.

We show that the characteristic properties of persistent current strongly depend on total number of electrons e� , chemical potential µ, randomness and total number of channels.
This phenomenon is a purely quantum mechanical effect and gives an obvious demonstration of the Aharonov-Bohm effect [1].
As a consequence, both thermodynamic and kinetic properties oscillate with the magnetic flux φ.
Here we will describe the characteristic properties of persistent currents for some non-interacting multi-channel rings concerning the dependence of the current on total number of electrons e� , chemical potential µ, strength of disorder W and number of channels.
The characteristic properties of persistent current in the non-interacting one-channel rings and multi-channel cylinders have been presented in Section 2 showing its dependence on the total number of electrons e� , chemical potential µ, randomness and the total number of channels.

The experimental observations were interpreted using both phenomenological (Avrami) methods and micro-mechanical models.
Assuming axisymmetric deformation via octahedral slip [7], the average Taylor factors (MT) for the cast material compressed either parallel or transverse to the <100> fiber texture were 2.45 or ~3.1, respectively [8].
Other factors that affect the orientation dependence of recrystallization are briefly reviewed in the Discussion section below.
Nuclei for the starting structure then grow until impingement, transferring their orientations and Taylor factors to cells swept by the grain boundary.
A few variables are added to each MSU to quantify dislocation density, sub-boundary density/misorientation, or intrinsic properties such as its Taylor factor.

This is an important factor, but there are various more ways to improve the mechanism of autogenous self-recuperation.
Al-Tabbaa (2017), “Polymeric microcapsules with switchable mechanical properties for self-healing concrete: synthesis, characterisation and proof of concept”, Smart Mater.
B., “Effect of Addition of Combination of Admixtures on the Properties of Self Compacting Concrete Subjected to Alternate Wetting and Drying”, International Journal of Civil Engineering & Technology (IJCIET), Volume 2, Issue 1, 2011 [10] M.
Faris, Riadh Al-Mahaidi and Awad Jadooe, Implementation of Magnetized Water to Improve the Properties of Concrete, International Journal of Civil Engineering & Technology (IJCIET), Volume 5, Issue 10, 2014, pp. 43-57
[13] Akula Prakash and Rathod Ravinder (2018), “Properties of Self Compacting Concrete with Peri-Shuttering Technology, Indian journal for scientific technology”,17(2), 327-329 , ISSN NO:0976-2876 ISSN:2250-0138 [14] Akula Prakash, A.N.

Alternative energy from SW must be clearly evaluated in relation to the chemical properties.
This property is one of the main parameters for a source of fuel because this property will affect fuel behavior in the combustion chamber.
Material and Method Material and Physicochemical Properties.
Table 1 Physicochemical properties of several Synthetic Waste Unit MSW hydrothermally treated [7] MSW dried 105oC [8] Combustible MSW [2] Chemical Properties C % 45.2 5.45 7.47 H % 6.3 6.86 - O % 24.8 30.64 14.64 N % 0.9 1.36 - S % - 2.49 - Al % - - 8.91 Na % - - 0.64 Ca % - - 0.45 Physical Properties M % 11.6 2.25 VM % 70.9 57.00 65.45 FC % 6.3 12.29 28.94 Ash % 22.8 3.81 3.36 HHV MJ/kg 17.8 6.72 33.87 Thermal Analysis Method.
Wardana, Potential and properties of marine microalgae Nannochloropsis oculata as biomass fuel feedstock, Int.

In order to guarantee the magnetic latching relay shut off at current zero-crossing point accurately in long term operation, a dynamic compensation for delay time is proposed based on all-around research of the properties of magnetic latching relay actuation time.
If the mechanical contact can shut off at the point of the current zero-crossing , and in an instant the contact draw back enough distance which can make sure that it can endure the recovery voltage without breakdown, there will be no arc between the contact gaps.
Block diagram of current zero-crossing break In summary, the actuation time of magnetic latching relay is a key factor which determines whether A phase can be shut off at the point of current zero-crossing.
Such sample data must be removed, otherwise it will seriously affect the estimation of delay time Td.
Furthermore, there is still a high interest in researching new solutions based on the mentioned properties of CAN [8].

The bulk floating gate in the oxide of Flash MOS transistor is replaced by a layer of nanoscale conductive, insulated from each other clusters that promised new superior properties of NCM.
Only this factor changes CV slope in depletion region during the memory device reprogramming.
As both control and tunnel dielectrics are thin enough to make quantum mechanical tunneling available the tunneling probability is a key factor that defines the total charge flow rate for the dielectric.
The (h/r + 3) part is called the filed enhancement factor.
This result is considered as a key factor for manifestation of unipolar memory effect.

Wang etc [30] designed orthogonal scheme of five factors and two levels, studied the influence of geometrical parameters on the characteristics.
The results show that it had the property of both high efficiency and non-overload.
Ou etc [33] chose five factors, namely, impeller outer diameter, impeller outlet width, blade outlet angle, number of blades and L and orthogonal test scheme is formulated.
Influence of slurry on performance The character of slurry is the key factor which can affect pump performance and design.
Chinese Journal of Mechanical Engineering, 2010, 23(1), p 53-59