3,774 research outputs found

    Ty Matson: Senior Recital, Trombone

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    This Senior Honors Project is entitled “Ty Matson: Senior Recital, Trombone.” The author of the project is Ty Matson. The Senior Honors Project was the preparation and performance of my senior trombone recital, with program notes to accompany the traditional program list of pieces. The trombone recital was comprised of seven pieces of varied styles, musical eras, and composers. The program notes that were distributed in addition to the program consisted of background information on the composers as well as the compositions themselves. The recital, not including intermission, lasted approximately 47 minutes

    Ty Matson: Senior Recital , Trombone

    No full text
    "This Senior Honors Project is entitled ""Ty Matson: Senior Recital , Trombone."" The author of the project is Ty Matson. The Senior Honors Project was the preparation and performance of my senior trombone recital , with program notes to accompany the traditional program list of pieces. The trombone recital was comprised of seven pieces of varied styles , musical eras , and composers. The program notes that were distributed in addition to the program consisted of background information on the composers as well as the compositions themselves. The recital , not including intermission , lasted approximately 47 minutes.

    Ty Matson: Senior Recital, Trombone

    No full text
    This Senior Honors Project is entitled “Ty Matson: Senior Recital, Trombone.” The author of the project is Ty Matson. The Senior Honors Project was the preparation and performance of my senior trombone recital, with program notes to accompany the traditional program list of pieces. The trombone recital was comprised of seven pieces of varied styles, musical eras, and composers. The program notes that were distributed in addition to the program consisted of background information on the composers as well as the compositions themselves. The recital, not including intermission, lasted approximately 47 minutes

    Analisis molekuler dan Clustering Piramidisasi Gen Tahan Virus Ty-1, Ty-5 dan Ty-6 Pada Populasi BC4F1 Tanaman Tomat (Solanum lycopersicum L)

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    Pendekatan pemuliaan ketahanan menggunakan piramidisasi gen tahan virus merupakan upaya dalam menggabungkan gen ketahanan dari tanaman inang atau kerabatnya yang bertanggung jawab dalam adaptasi dan ketahanan terhadap serangan patogen virus. Hal tersebut dapat menjadi peluang yang baik dalam pengembangan ketahanan yang tahan lama terhadap berbagai jenis virus. Persilangan antara tetua tomat yang tidak memiliki gen tahan dan tetua dengan tiga gen ketahanan dilakukan untuk mengembangkan populasi tomat BC4F1. Tujuan dari penelitian ini adalah untuk mengidentifikasi keberadaan gen Ty-1, Ty-5 dan Ty-6 pada populasi tomat BC4F1 dan untuk menganalisis kesamaan genetik antara individu tanaman tomat pada populasi BC4F1. Analisis kekerabatan melalui analisis pengelompokan dilakukan berdasarkan analisis penanda molekuler. Analisis molekuler menunjukkan bahwa 117 genotipe mengandung gen tahan Ty-1, tujuh genotipe dengan gen tahan Ty-5, dan 45 genotipe mengandung gen tahan Ty-6. Analisis klaster menghasilkan tujuh kluster dengan mengukur kesamaan berdasarkan jarak Euclidean. Tujuh puluh satu genotipe dikelompokkan dalam kelompok 1 yang mengandung gen Ty-1, Tiga genotipe yang dikelompokkan dalam klaster 2 yang hanya berisi gen Ty-5, 43 genotipe yang dikelompokkan dalam kelompok 3 yang mengandung gen Ty-1 + Ty-6, dua genotipe yang dikelompokkan dalam kelompok 4 yang terdiri dari gen Ty-1 + Ty-5 , satu genotipe berada di kelompok 7 dari kelompok gen Ty-5 dan Ty-6, satu genotipe berada di klaster 6 yang membawa tiga gen tahan Ty-1 + Ty-5 + Ty-6, dan tiga genotipe tidak memiliki gen tahan di dalam kluster 7. Tujuh kelompok kombinasi gen Ty tersebut dapat menjadi materi tetua atau genotipe harapan bagi pengembangan kegiatan pemuliaan lanjutan selanjutnya

    Dynamically enhanced magnetodielectric effect and magnetic-field-controlled electric relaxations in La-doped BiMnO3

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    Bi ions of multiferroic BiMnO3 were replaced with La ions in order to induce an overlap of the ferroelectric and ferromagnetic transitions in temperature and thus enhance the interproperty coupling. Twenty percent La-doped BiMnO3 in thin-film form shows a broad ferroelectric transition below 150 K; spontaneous magnetization also develops in the transition region. The saturation magnetization and polarization reach 1.6 mu(B)/Mn and 12 mu C/cm(2) at 5 K, respectively. This new magnetic ferroelectric shows a greatly enhanced magnetodielectric effect in the transition region with maximum 45% at 9 T, which is a 70-fold increase compared to that of the pure bulk compound. It is demonstrated that the magnetodielectric effect is dynamically enhanced due to a phenomenon of magnetic-field controlled electric relaxations
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