The focal point of this paper is to examine the nature of woman's rights and its functions in society. Endeavor is made to feature the complex connection among society and feminism. Feminism and society are multi-dimensional ideas and this account for the presence of a few meanings of these ideas. This in any case, a few definitions applicable to the topic of this paper will be provided. The paper is divided into various parts. The introduction establishes the initial segment. Theoretical explanation of woman's rights will be given in the subsequent part. The third part considers the idea of society. The job of women's liberation in the public eye or cultural advancement is examined in the fourth part. The outline or end is introduced in the last part.

Product planning, pricing and distribution are marketing activities that are performed within the origination. However, promotion is concerned with communicating product idea or service to potential customers outside the origination. The statement “Nothing happens until somebody sells something” stresses the role of promotion in today’s business activity. High sales turnover. Increase in revenue is all the advantages of marketing in the industry. Neital and those in the traditional sector including other business would be better off if they increase marketing particularly promotion in their marketing activities. Promotional tools like exhibition, document, and advertising on media that are within their reach and of easy accessibility, selling in strategic areas and also carrying out some sales promotional activities that will induce present day consumer to buy the product will improve sale performance of the industry in general.

It has been shown that because of underlying heterogeneity the noncrystalline areas have three isoperimetrical temperature advances, where the α1 and α2 advances are brought about by the event of segmental portability in thick mesomorphous and medium pressed formless bunches, individually; while the β change is identified with the versatility of little fragments in free stuffed shapeless groups, which most likely are situated on the external surface of nanofibrils. Under the activity of water and different plasticizers every one of the three isoperimetrical changes are moved to bring down temperatures.

As part of the study, a control scheme with the adaptation of the coefficients of the neuron-fuzzy regulator implemented. The area difference method used as a training method for the network. It improved by adding a rule base, which allows choosing the optimal learning rate for individual neurons of the neural network. The neural network controller applied as a superstructure of the PID controller in the process control scheme. The dynamic object can function in different modes. This technological process operates in different modes in terms of loading and temperature setpoints. Because of experiments, the power consumption and the amount of time required maintaining the same absorption process, using a conventional PID controller and a neural-network controller evaluated. It concluded that the neuro-fuzzy controller with a superstructure reduced the transient time by 19%.

The results on the development of highly reactive compositions of raw mixtures and low-power technology for obtaining sulfo-iron clinkers of low-temperature firing with integrated use as components of natural and man-made waste, study of the properties of cements based on them are presented.

Purpose of the study: to conduct a morphological study of experimental material to assess the features of wound healing in the anal sphincter area when using the domestic drug “Heprocel” as a hemostatic agent.

Material and methods. The study was carried out in the Department of experimental surgery and the department of pathological anatomy of the Republican Specialized Scientific and Practical Medical Center for Surgery named after Academician V. Vakhidov. The state of experimental models of wounds with the application of a hemostatic agent in the form of a gel was studied. The experiments were carried out on 72 white male rats weighing 210-250 g. Two series of 36 animals each were produced. All animals were divided into groups: norm - experiment in the absence of drug hypocoagulation; control - an experiment with intravenous heparin to achieve drug hypocoagulation; experience - an experiment with intravenous administration of heparin to achieve drug hypocoagulation using an application on a model of a skin wound and a dissected anal sphincter of the hemostatic agent "Heprocel".

Results. Morphological differences in the process of wound healing were most pronounced after 3 days of the study. In the control group of animals with hemostasis using an electrocoagulator, necrotic and exudative processes of inflammation in the stratified squamous epithelium and mucous membrane of the glands in the anal region were evident. In the experimental group, on the 3-5th day of the experiment, the proliferative process of inflammation predominated morphologically. A special feature is that the hemostatic gel is absorbed into the wound, forming a thin uniform layer. On the 10th day of the experiment, the above difference became more obvious. In the control group, chaotic squamous epithelial cells and fibroblasts were formed. The fibrin-necrotic layer is preserved. Focal infiltration of macrophages-lymphocytes was observed. In the experimental group, the intestinal layers began to change. In the area of the surgical incision, the hemostatic layer is preserved; in this area, the growth of thin fibrous connective tissue is observed. Differentiation and transformation of cells led to the regeneration of the epithelial layer and parakeratosis of the flat cell. Signs of complete remodeling were evident over a long period of time, such as 14 days.

Conclusion. The use of a hemostatic agent in the form of a gel provides not only an increase in the processes of local hemostasis, but a decrease in the activity of inflammatory reactions and infection, as well as the risk of developing post-traumatic cicatricial deformity of the anus.

The article deals with the issues of oxidative roasting of sulfide molybdenum-containing materials. The main indicators of production, the recommended parameters for optimal oxidation of sulfides are given as a result of experiments. Also, theoretical foundations and practical data are presented, conclusions on the oxidation of molybdenum sulfide compounds are analyzed and summarized. As a result of numerous laboratory experiments, conclusions have been drawn for the production.

It was shown that the distinctive conduct of impetuses in the C-C breaking relies principally upon the oxidation condition of the metal parts. It was identified that the acetaldehyde creation is huge when the oxidation level of the metal parts is at its most extreme, for example the ethanol oxidative dehydrogenation happens. Expanding the level of metallic region in Ni and CoNi impetuses prompted effectively C-C bond cleavage, creating CO, CO2 and H2.

A developing group of scientists has started to embrace techniques to dispose of substance waste and backing green science. Maturation is an ideal strategy to exhibit ecologically maintainable science in an undergrad research center class. Aging of mind boggling regular items, rather than customary natural amalgamation, is useful as it upholds various standards of green science; it is led at surrounding temperature and tension, utilizes cheap and harmless materials, utilizes inexhaustible assets, and doesn't need a smoke hood. Abilities executed during aging can be handily educated to upper-level Science and Organic chemistry college understudies, who normally have restricted openness to complex regular items in their coursework. A course would be interdisciplinary in nature, joining contagious science and digestion just as natural science. Understudies would get familiar with an assortment of abilities, including development media choice and planning, vaccination of contagious societies, extraction of normal items, and cleansing and portrayal of metabolites.

Due to the fact that hollow-core slabs without formwork are produced without slinging loops (features of manufacturing technology), the issue of installation and transportation of these slabs has been solved. A constructive and technological solution is proposed for a slinging unit, arranged in the body of the slab, without the use of a slinging loop, and having only an anchor rod-dowel through which it is possible to directly sling the slab without using traditional slinging loops.  The unit is designed with a reduced metal consumption and does not change the technology for manufacturing hollow-core slabs without formwork. Found and summed up a theoretical basis for calculating the bearing capacity of the proposed slinging unit, arranged in a hollow-core slab without formwork. It was revealed that the bearing capacity of the proposed slinging assembly, arranged in the body of a hollow-core slab, under the action of assembly loads, depends on the force of splitting the concrete of the protective layer located above the anchor rod-dowel of this assembly (all other things being equal). The theoretical data of the study were verified by full-scale tests of plates with slinging units arranged in their body, carried out in accordance with the proposed constructive and technological development. A utility model patent was obtained for the development of a loopless slinging unit for a hollow-core slab without formwork.