TATA RIAS FANTASI TOKOH GAGAK DALAM DONGENG SWAN LAKE PADA PERGELARAN FAIRY TALES OF FANTASY

Tujuan Proyek Akhir, yaitu dapat : 1) menghasilkan rancangan tata rias fantasi, tata rambut, body painting dan kostum tokoh gagak dalam dongeng Swan Lake pada pergelaran Fairy Tales of Fantasy. 2) menerapkan tata rias fantasi, tata rambut, body painting dan kostum tokoh gagak. 3) menampilkan tata rias, tata rambut, body painting dan kostum tokoh gagak dalam dongeng Swan Lake pada pergelaran Fairy Tales of Fantasy. Metode yang digunakan untuk mencapai tujuan yaitu : 1) merancang dengan cara mengetahui alur dongeng Swan Lake dan mengkaji teori, mempelajari tokoh gagak, mencari sumber ide dan merancang sajian gambar. 2) menerapkan dengan cara tes rias dan tes penataan rambut, gladi kotor yang meliputi fitting kostum, penampilan panggung, dan musik agar tercipta kesatuan penampilan tokoh gagak di atas panggung serta penyesuaian tata cahaya. 3) menampilkan pada pergelaran dengan cara membentuk panitia, menentukan tempat dan waktu pergelaran, menentukan sanggar teater, menyusun anggaran, menyusun kegiatan (latihan, gladi kotor, gladi bersih dan menyelenggarakan pergelaran). Hasil Proyek Akhir, yaitu : 1) terciptanya tata rias fantasi, tata rambut, body painting dan kostum tokoh gagak dalam dongeng Swan Lake pada pergelaran Fairy Tales of Fantasy. 2) terwujudnya rias wajah fantasi, tata rambut, body painting dan kostum tokoh gagak dalam dongeng Swan Lake pada pergelaran Fairy Tales of Fantasy. 3) terselenggaranya pergelaran Tata Rias dan Kecantikan dengan tema Fairy Tales of Fantasy pada hari Sabtu tanggal 17 Maret 2012 di Concert Hall Taman Budaya Yogyakarta dengan menampilkan tokoh gagak dalam dongeng Swan Lake

Determinants of Participation versus Consumption in the Nordic Swan Eco-labeled Market

This paper uses data on purchases of Nordic Swan Eco-labeled toilet paper and paper towels by individual Danish households to analyze the determinants of demand for eco-labeled goods and the decision process underlying it. Among several models that are estimated, a double-hurdle model that distinguishes between factors influencing the discrete decision to participate by purchasing an eco-labeled good and the continuous decision about the quantity of the eco-labeled good to be purchased is found to fit the data best. We find that prices as well as consumer tastes and preferences, proxied by their socio-demographic characteristics, have a much stronger impact on the participation decision than on quantity consumed for both Swan-labeled toilet paper and paper towels. The quantity consumed of Swan-labeled goods, on the other hand, is strongly affected by factors such as availability of Swan goods in shops, discount sales on Swan goods, and household size.Environmental Economics and Policy,

Ramification theory for varieties over a local field

We define generalizations of classical invariants of wild ramification for coverings on a variety of arbitrary dimension over a local field. For an l-adic sheaf, we define its Swan class as a 0-cycle class supported on the wild ramification locus. We prove a formula of Riemann-Roch type for the Swan conductor of cohomology together with its relative version, assuming that the local field is of mixed characteristic. We also prove the integrality of the Swan class for curves over a local field as a generalization of the Hasse-Arf theorem. We derive a proof of a conjecture of Serre on the Artin character for a group action with an isolated fixed point on a regular local ring, assuming the dimension is 2.Comment: 159 pages, some corrections are mad

The origin of peculiar molecular bands in cool DQ white dwarfs

The DQ white dwarfs are stars whose atmosphere is enriched with carbon, which for cool stars ($T_{\rm eff}<8000\rm \, K$) is indicated by the Swan bands of $\rm C_2$ in the optical part of their spectra. With decreasing effective temperature these molecular bands undergo a significant blueshift ($\sim 100-300 \AA$). The origin of this phenomenon has been disputed over the last two decades and has remained unknown. We attempt to address this problem by investigating the impact of dense helium on the spectroscopic properties of molecular carbon under the physical conditions encountered inside helium-rich, fluid-like atmospheres of cool DQ white dwarfs. We found that the electronic transition energy $T_e$ increases monotonically with the helium density ($\Delta T_{\rm e}\rm\, (eV)\sim1.6 \, \it \rho \rm \, (g/cm^3)$). This causes the Swan absorption to occur at shorter wavelengths compared with unperturbed $\rm C_2$. On the other hand the pressure-induced increase in the vibrational frequency is insufficient to account for the observed Swan bands shifts. This is consistent with the observations and indicates that the observed Swan-like molecular bands are most likely the pressure-shifted bands of $\rm C_2$.Comment: 4 pages, 5 figures, accepted for publication in A&A letter

Analysis of the C2_2 (d3Πg^3\Pi_g-a3Πu^3\Pi_u) Swan bands as a thermometric probe in CO2_2 microwave plasmas

The optical emission spectra of high pressure CO$_2$ microwave plasmas are usually dominated by the C$_2$ Swan bands. In this paper, the use of the C$_2$ Swan bands for estimating the gas temperature in CO$_2$ microwave plasmas is assessed. State by state fitting is employed to check the correctness of assuming a Boltzmann distribution for the rotational and vibrational distribution functions and, within statistical and systematic uncertainties, the C$_2$ Swan band can be fitted accurately with a single temperature for rotational and vibrational levels. The processes leading to the production of the C$_2$ molecule and particularly its d$^3\Pi_g$ state are briefly reviewed as well as collisional relaxation times of the latter. It is concluded that its rotational temperature can be associated to the gas temperature of the CO$_2$ microwave plasma and the results are moreover cross-checked by adding a small amount of N$_2$ in the discharge and measuring the CN violet band system. The 2.45~GHz plasma source is analyzed in the pressure range 180-925~mbar, for input microwave powers ranging from 0.9 - 3 kW and with gas flow rates of 5-100~L/min. An intense C$_2$ Swan bands emission spectrum can be measured only when the plasma is operated in contracted regime. A unique temperature of about 6000 $\pm$ 500 K is obtained for all investigated conditions. A spectroscopic database is constructed using the recent compilation and calculations by Brooke et al. \cite{BROOKE201311} of the line strengths and molecular constants for the C$_2$ (d$^3\Pi_g$-a$^3\Pi_u$) Swan bands system and made available as Supplementary Material in a format compatible with the open source MassiveOES software

Tar Swan by David Martin

Review of David Martin\u27s Tar Swan