1,281 research outputs found
Marco Polo’s House. Archaeological Investigations and Documents. A Reconstruction
No full text: Presentazione dello scavo del Teatro Malibran (Venezia) che ha consentito di identificare muri, fondazioni e componenti della casa di Marco Polo . I risultati dello scavo archeologico (illustrati da R. Cester) sono considerati anche alla luce dei documenti per ricostruire l'articolazione e l'elevato della casa (M. Agazzi)
Discutendo con Carlo Cester su alcuni profili delle tutele contro i licenziamenti illegittimi dopo la sentenza n. 194 del 2018 della Corte costituzionale
No full textL'A. prende come riferimento lo studio di Carlo Cester sull'analisi delle tutele nei confronti del licenziamento illegittimo, di fronte alle novità introdotte dal d.lgs. n. 23/2015. In particolare il saggio avvia una riflessione in merito al "paradigma sul quale misurare lo spessore sanzionatorio è pur sempre quello del generale principio di giustificazione necessaria e della sua effettività”
La artesan?a en la zona sur de la provincia de Las Tunas: La cester?a
No full textLa siguiente investigaci?n es fruto de un acercamiento a la artesan?a en el sur de Las Tunas; enfatizando en las caracter?sticas m?s representativas de la cester?a, por ser ?ste uno de los g?neros portadores de una tradici?n que se ha mantenido vigente desde generaciones pasadas. Persigue como objetivo revelar los rasgos y elementos que distinguen a la cester?a en la zona sur del territorio tunero, tomando como principal fuente de informaci?n los testimonios de sus creadores. Se encuentra conformada por: resumen, introducci?n, tres cap?tulos, conclusiones, recomendaciones, bibliograf?a, notas y anexos. Despu?s de haberse realizado un an?lisis se determinaron las categor?as que conformaron el eje te?rico, ellas son cultura popular tradicional y artesan?a popular, las cuales fueron sometidas a reflexiones te?ricas. Para el desarrollo de esta investigaci?n se elabor? un cuerpo metodol?gico conformado por enfoques, perspectivas, paradigma, as? como los m?todos y las t?cnicas que permitieron la obtenci?n de una valios?sima informaci?n para poder realizar, no solo la caracterizaci?n de la cester?a en el sur tunero, sino tambi?n, determinar los elementos m?s significativos de este quehacer artesanal. El esbozo acerca de la artesan?a en Cuba, su origen, condicionamiento hist?rico y principales manifestaciones culturales, as? como la caracterizaci?n de la cester?a en la zona sur de Las Tunas y otros rasgos que condicionaron su surgimiento y desarrollo constituyeron los principales resultados de la presente investigaci?n
I quattro regimi sanzionatori del licenziamento illegittimo fra tutela reale rivisitata e nuova tutela indennitaria
No full textKajian Perfomansi Mesin Diesel Satu Silinder Menggunakan Bahan Bakar Campuran Solar dan Biodiesel Minyak Kanola Dengan HI-Cester
No full textAlong with the rapid development of technology, an enormous source of energy is
also required. Aside from using energy sources that originate from fossil fuel, it is
also possible to use biodiesel fuel as the primary fuel. This study utilizes biodiesel
fuel from raw material of canola oil and HI-Cester. The objective of this study in
addition to figuring out the effect towards engine performance, combustion
chamber temperature, also to calculate the emission of exhaust gasses. This
method of the study is started by testing the heat value of the fuel, which is B10,
B20, B30, B40, Solar 100%, B10 + HI-Cester 0.5 ml, B20 + HI-Cester 0.5 ml,
B30 + HI-Cester 0.5 ml, B40 + HI-Cester 0.5 ml, and solar 100% + HI-Cester.
The amount of O2 gas exhaust emission undergoes a decrease but an increase
occurs if HI-Cester is added. NOx exhaust emission undergoes decrease when
using only biodiesel as well as if HI-Cester is added. CO exhaust emission
undergoes an increase. CO2 undergoes an increase if only using biodiesel and
undergoes a decrease after HI-Cester is added. Experimental data shows that the
maximum power acquired is 2,20 kW and actual maximum thermal efficiency is
36,03% when solar fuel is used, specific fuel consumption 628,496 g/kWh.
Highest average temperature of combustion chamber is achieved by solar fuel
100% + HI-Cester with the amount of 197,37 C and the lowest is achieved by
B20 fuel with the amount of 183,37 C.Seiring perkembangan teknologi, dibutuhkan sumber energi yang besar pula.
Selain menggunakan sumber energi dari bahan bakar fosil, dapat juga
menggunakan bahan bakar biodiesel sebagai bahanbakar utama. Penelitian ini
menggunakan bahan bakar biodiesel dengan bahan baku minyak kanola dan HICester.
Tujuan penelitian untuk mengetahui pengaruh terhadap performansi
mesin, temperature ruang bakar, dan emisi gas buang yang dihasilkan. Metode
penelitian diawali dengan pengujian nilai kalor bahan bakar yaitu B10, B20, B30,
B40, Solar 100%, B10 + HI-Cester 0.5 ml, B20 + HI-Cester 0.5 ml, B30 + HICester
0.5 ml, B40 + HI-Cester 0.5 ml, dan solar 100% + HI-Cester. Besarnya
emisi gas buang O2 mengalami penurunan dan jika ditambah HI-Cester
kandungannya meningkat. NOx mengalami penurunan saat menggunakan bahan
bakar biodiesel saja maupun ditambah HI-Cester. CO mengalami pengingkatan.
CO2 mengalami peningkatan jika bahan bakar hanya menggunakan biodiesel dan
mengalami penurunan setelah ditambah HI-Cester. Data eksperimental
menunjukkan bahwa daya maksimum diperoleh 2,20 kW dan efisiensi termal
aktual maksimum 36,03% saat menggunakan bahan bakar solar, konsumsi bahan
bakar spesifik 628,496 g/kWh. Temperatur ruang bakar rata-rata tertinggi dicapai
oleh bahan bakar Solar 100% + HI-Cester sebesar 197,37 C dan yang terendah
dicapai oleh bahan bakar B20 sebesar 183,37 C.127 HalamanSkripsi Sarjan
Il trasferimento d'azienda e di parte di azienda fra garanzie per i lavoratori e nuove forme organizzative dell'impresa: l'attuazione delle direttive comunitarie è conclusa?
No full textTemperature dependence of Stress Induced Leakage Current in ultra-thin gate oxide
No full textIn ultra-thin oxides Stress Induced Leakage Current (SILC) is measured at low oxide fields after electrical stresses [1-5]. Different current components contribute to SILC, including transient and non-reproducible ones [4]. This work is focused on the DC component, which is currently attributed to an electron Trap Assisted Tunnelling (TAT) through neutral traps, which are created by electrical stresses. Most of the works on SILC have considered the room (or high) temperature characteristics, demonstrating the onset of recovery processes as the temperature increases. In this work we have performed new experiments in order to study the SILC dependence on measurement and stress temperature at temperatures < 0 °C
Trasformazione e conversione dei contratti di lavoro e conseguenze del recesso dal rapporto di lavoro
No full text- …
