The strategies and tactics of the Lithuanian women’s movement helped to change the attitudes of society, political parties, altered political, educational and legal systems and expanded the field of relevant issues on the international level.\nHowever, the state’s existence period (1918-1940) was too short for women to be able to fully realise them; thus, most of the formed strategies are relevant today and are realised.\nThe examples of strategy implementation ways show that women’s actions were important for the society and the state and had direct impact on their development. The second strategic period is very important; during this period, Lithuanian women were granted political rights. Novelty of work. The article provides the correct date of women being granted suffrage based on historical sources, i.e., 20 November 1919, the law on election of the Constituent Assembly of Lithuania. It does not coincide with the notion established in the Lithuanian historiography that the date is 2 November 1918. The author proves that this error emerged due to incorrect interpretation of the article in the 2 November 1918 Lithuanian Temporary Constitution on the person’s (citizen’s) rights. Moreover, the researcher takes on a new approach towards the Lithuanian women’s movement through the prism of implementation of strategies and tactics. This approach towards the history of the Lithuanian women’s movement is new. The methods of descriptive, analytical and comparative research. The sources studied are: historical sources, including state documents, archival materials, monographs, survey studies, biographical studies, memoirs, private letters, press, etc.

Purpose To reduce the burden on patients by perfecting the rotating gantry of heavy ion beam therapy from the powerful \"high Tc ceramic superconductor Magnet\", I develop a compact heavy ion therapy facility by medical high Tc ceramic superconducting cyclotron, which can accelerate heavy carbon ions.\nMethod Based on the research of high Tc ceramic superconductivity, a breakthrough to achieve the purpose was obtained from theoretical research piled up. My paper in 2000 was published on the relationship between critical temperature Tc, critical current IC and critical magnetic field HC. I confirmed the fundamental principle as for Tc, IC and HC . \nConclusion I confirm that I complete a powerful \"high Tc ceramic superconductor Magnet\" which can achieve the purpose by the fundamental principle. Although rotating gantry already has been completed in proton therapy, high Tc ceramic superconductor rotating gantry of heavy ion therapy has not yet been completed in the world and its completion is awaited. \nI lead to Magnet of high Tc ceramic superconductors rotating gantry for heavy carbon ion therapy by the fundamental principle. \nI must save the precious lives of \"cancer\" patients as soon as possible. \nI hope to finish a powerful \"high Tc superconductor Magnet\" based on the fundamental principle that was discovered from research of high Tc ceramic superconductivity. Magnet of high Tc ceramic superconductors applied to Advanced Medical Therapy is urgently needed.

The problem of school shootings in the United States is perceived as a delicate issue because it concerns a sensitive place which is the school. Many individuals can be directly or indirectly touched by these violent and recurring incidents. While some of them lose their own lives, others are usually left with permanent physical and psychological injuries. The reasons behind these school attacks varied, and the problem seems to be a complicated problem with individual, relationship, and societal factors. In this paper, the author is going to investigate this phenomenon by looking for the main causal factors that pushed 71 shooters to target their educational institutions. These cases were closely examined, and three main causes will be highlighted in this research. Access to guns, bullying, and psychological problems have been found to have triggered the majority of the studied cases; therefore, they are going to be labeled ‘direct causal factors’ since they seemed to play a major role in motivating those attacks

In this paper are described sampling procedures, preparation of samples for analysis, measurements and measurement results for soil samples in the area of Parish Krašić, coffee and tea cups used by blessed Cardinal Stepinac before he died and metal sheets of coffin in which Cardinal was lying to the transfer of remains in the Zagreb Cathedral. By analyzing the measured spectra of characteristic x-rays obtained from the samples, it was found that the metal sheets contain zinc with lead additives, while the antimony is traced. The results of the measurement of antimony concentration in the sheets samples are in the MDL-356 ppm. Fast neutron activation analysis was used to determine the chemical composition of coffee and tea cups as well as metal sheets. The gamma-ray coffee cup spectrum indicates the presence of radioactive thorium. By using the direct comparison method it was estimated 24 ppm of Th in the coffee cup. By using the radioactive 241Am it was shown that the black pigment coffee cup contains Ag. Tea cup glass contains higher Ba concentrations, but Sb is not measured in any cup. Antimony in the soil was present in the interval 0-2.9 ppm. The concentrations of the elements in the soil samples were determined: K (1,18-1,63%), Ca (0,44-6,09%), Ti (5725-7806 ppm), V (120,8-224,9 ppm), Cr (44,8-170,6 ppm), Mn ( 441,1-1315,1 ppm), Fe (3,1-6,4%), Ni (52,6-264,0 ppm), Cu (20,2-149,0 ppm), Zn (126,7-442,8 ppm), Ga (19,4-30,4 ppm), As (7,5-17,8 ppm), Br (57,0-176,0 ppm) Rb (76,6-166,2 ppm), Sr (73,7-141,8 ppm) Y (27,3-63,2 ppm) Zr (201,2-470,7 ppm) and Pb (17,9-76,2 ppm). The concentration values of all 18 elements are within normal values.

The problem of biotechnical processing of fatty waste from meat processing enterprises into high-grade lipid additives for obtaining balanced fatty acids feed additives is considered. The object of the study was fatty waste with the following properties: density at 18 °С 0.92 – 0.95 g / cm3, viscosity at 60 °С, 16 – 17 mPa.s, melting point 45 – 48 °С, iodine number – 40% I2, saponification number – 210 mg KOH / g, saturated fatty acid content – 59% of the total, unsaturated fatty acids – 40%, unsaponifiable lipids – 0.62%, margaric acid – 2.3%, palmitic acid – 36%, stearic acid – 21%, oleic acid – 29%, linoleic acid – 12% of the total. Fat waste was treated with lipases. We used pancreatin – an animal pancreatic enzyme and microbial lipase obtained from Candida rugosa. To increase the efficiency of hydrolysis, the initial emulsion was sonicated. Ultrasonic treatment made it possible to obtain a nutrient system with a maximum particle size of 2 – 3 μm. The optimal conditions for enzymatic treatment were: the initial concentration of the substrate 300 – 350 g / L, temperature 60 ± 2 oC, pH 5.0; enzyme – 500 units / L, primary thermal activation of lipases – 20 min at 60 оС without substrate. An enzymatic hydrolyzate of animal fat was obtained. The product obtained as a result of enzymatic treatment of fatty waste can be used as a balanced lipid component for feed for farm animals.