The officials behind the Soviet onomasticon development campaign chose desktop calendars, a publicly available and widely circulated printed medium, to serve as a vehicle for the propagation of the new revolutionary anthroponomy. The paper looks into the masculine names recommended for general use by Universal Desktop Calendars issued by the State Publishing House in 1924–29. Mimicking the Russian Orthodox Church Calendars, its editors proposed their readers from up to six (in 1924–1926) to three (in 1927–1929) masculine names for each day. Based on a comprehensive analysis of the total body of the existing calendar material, the paper proceeds to classify the proper names by their actual source, including: Orthodox Church calendars, Catholic canons, antique mythology, later world literature and folklore sources, celebrated names of the past, toponyms, the Slavic name corpus, and, of course, ideologized sovietisms. The general picture of the sovietisized name list is accompanied with a description of its five-year dynamics refl ecting annually introduced modifications.

Degradation of Supercapacitors (SC) is quantified by accelerated ageing tests. Energy cycling tests and calendar life tests are used since they address the real operating modes. The periodic characterization is used to analyse evolution of the SC parameters as a whole, and its Helmholtz and diffusion capacitances. These parameters are determined before the ageing tests and during 3 × 105 cycles of both 75% and 100% energy cycling, respectively. Precise evaluation of the capacitance and Equivalent Series Resistance (ESR) is based on fitting the experimental data by an exponential function of voltage vs. time. The ESR increases linearly with the number (No) of cycles for both 75% and 100% energy cycling, whereas a super-linear increase of ESR vs. time of cycling is observed for the 100% energy cycling. A decrease of capacitance in time had been evaluated for 2000 hours of ageing of SC. A relative change of capacitance is ΔC/C0 = 16% for the 75% energy cycling test and ΔC/C0 = 20% for the 100% energy cycling test at temperature 25°C, while ΔC/C0 = 6% for the calendar test at temperature 22°C for a voltage bias V = 1.0 Vop. The energy cycling causes a greater decrease of capacitance in comparison with the calendar test; such results may be a consequence of increasing the temperature due to the Joule heat created in the SC structure. The charge/discharge current value is the same for both 75% and 100% energy cycling tests, so it is the Joule heat created on both the equivalent series resistance and time-dependent diffuse resistance that should be the source of degradation of the SC structure. The diffuse resistance reaches a value of up to 30Ω within each 75% energy cycle and up to about 43Ω within each 100% energy cycle.

ABSTRACT:

The aim of the work is to determine the exact place and date of Kazimierz Stronczyński’s birth and death. An analysis of documents reveals that he was born on 24th July 1809 in Piotrków Trybunalski and died on 10th November 1896 in the same town.

SUMMARY:

Kazimierz Stronczyński was one of the greatest 19th century Polish numismatist, who is sometimes called the father of Polish medieval numismatics. Even though his life, career and works are very well known, in works devoted to Kazimierz Stronczyński’s life we can find several different dates and places of his birth and several different dates of his death. The following text, based on original documents, explains exactly when and where Kazimierz Stronczyński was born and died.