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Filtering by: Alternative title ssim FS 218 Remove constraint Alternative title ssim: FS 218 Degree Name Bachelor of Science (B.S.) Remove constraint Degree Name: Bachelor of Science (B.S.)

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  • Study of Organic Semiconductors Using Time-Resolved Charge Measurements at the Microscale

    Creator:
    Wallace, Richard
    Abstract:
    Understanding charge transfer in organic semiconductors is important for developing devices like organic light emitting diodes and flexible electronics. Optical tweezers have been used in many disciplines for trapping, manipulating, and analyzing microscopic objects such as microspheres, micro-organisms, and other colloidal particles. Using optical tweezers, studies have measured the average...
    Resource Type:
    Undergraduate Thesis
    Full Text:
    -spring system and can be described using Hooke’s Law. (See figure 2.1) Fs = −ks~r Here ks is the force

  • Cakrasaṃvara Samādhi

    Creator:
    Vam, Leela
    Abstract:
    The following text is a consolidated version of the Cakrasaṃvara Samādhi, along with the Guru Maṇḍala, Sūryārgha, Pañcagavya, Guru Pādārgha, Kāybhaḥ Pūjā, Rahasya Pūjā, Kalaśa Pūjā, Vāruṇī Pūjā, Bali Pūjā, Kīgaḥ Tine, and a Pātra Jñāna. The Cakrasaṃvara Samādhi, as has been discussed above, is the primary pūjā and sādhanā...
    Resource Type:
    Undergraduate Thesis
    Full Text:
    ] ;'/]v] ;j{tyfutflwlti7Gt' :jfxf .. cf]F rGb|fs{ljdn] :jfxf .. :jf+ 5ˆjM dGbno\ to] .. cf]F x:tzf]wg

  • Optical Tweezer Trapping of Colloidal Polystyrene and Silica Microspheres

    Creator:
    Peters, Kyle C.
    Abstract:
    Optical trapping is a tool used throughout a wide variety of disciplines rang- ing from precisely probing and manipulating sub-micron organisms in biol- ogy to analyzing fundamental charge transfer in colloidal physics. This thesis presents research involving optical tweezer force measurements of polystyrene and silica microspheres. In addition, preliminary work...
    Resource Type:
    Undergraduate Thesis
    Full Text:
    = � Z Fs(x) dx = 1 2 ktrapx(t) 2 1 2 ktrapx(t) 2 = ax(t)2 (4.8) Eqn. (4.8) states that it is

  • Some results of forest and shelterbelt projects in Europe

    Creator:
    Mickel, George E.
    Resource Type:
    Undergraduate Thesis
    Full Text:
    forest 1.OPen eountny Ftr 2.Spruee etand S.Selectton foreat 218 55 54 228 12 45 125 141 96 F 72