I am an M.A. student in the final year of the Middle Eastern Studies program at the
University of Texas at Austin, with a focus on modern Arabic literature and history. My
formal training in literary studies at both the MA level and during the course of my BA in
Comparative Literature at the University of Virginia have provided me with invaluable skills
in textual analysis and semiotic readings of Middle Eastern cultures, especially literary
productions. However, given the entanglements of contemporary global politics, the vagaries of the war on terror and the imperatives of capitalist interests in the Middle East, I do not believe that the purely textual analysis of literary or historical scholarship can fully
encompass the complex set of phenomena that have most powerfully captivated me as a
student of the region. My intention in applying to the doctoral program in Cultural
Anthropology at Duke is to acquire a solid training in ethnographic techniques that will allow me to move beyond the archive, and to build a theoretical framework to analyze affect, urban consumption practices, and the politics of asylum as they pertain to communities of displaced Iraqis in the Middle East.
62#ZTree
关于科研,我把科研的第三段再细化了一下,看看能用不?
A synchronous radar responder, which can radiate the radio wave to simulate the reflected signal in certain distance for the testing of this radar, became my recent completed project there. It was my first time to deal with such a complex radiation system. To put forward the design for this radiation system required fully comprehension to radar system and radio wave propagation over rough sea. So I examined related vital knowledge after class despite of its physical and mental challenge during my busiest semester. The most enjoyable thing in these days was to immerse myself into a dozen of relative books and papers, such as Leslie W. Barclay’s Propagation of Radiowaves and Hamish Meikle’s Modern Radar Systems. Then I was in contemplation of the computer night after night without fatigue to complete the PCB for my design and debug the control program. The wave form in oscilloscope touched on my nerve, and brought me every exciting and depressing. Failure cannot be avoided all the time, but under Prof. B' instruction I debugged the system patiently until I was on cloud nine to see the correct wave form showing up in the oscilloscope. In this project, I programed to generate a linear frequency-modulated continuous wave with DDS and built marching ciruit to radiate this 200-mw signal away from the antenna. It is a valuable asset in my life to undertake this biggest project ever in my work. Participating in this project taught me more than knowledge about Radio Wave Propagation and how to build circuits and program for the DDS. Most importantly, I learned although there may be considerable technical, mental, and physical challenges in a extremly difficult project, I can conquer all of them by my energy and persistence.
73#ZTree
能对这段话提出些具体点的优化建议吗?
A synchronous radar responder, which can radiate the radio wave to simulate the reflected signal in certain distance for the testing of this radar, became my recent completed project there. It was my first time to deal with such a complex radiation system. To put forward the design for this radiation system required fully comprehension to radar system and radio wave propagation over rough sea. So I examined related vital knowledge after class despite of its physical and mental challenge during my busiest semester. The most enjoyable thing in these days was to immerse myself into a dozen of relative books and papers, such as Leslie W. Barclay’s Propagation of Radiowaves and Hamish Meikle’s Modern Radar Systems. Then I was in contemplation of the computer night after night without fatigue to complete the PCB for my design and debug the control program. The wave form in oscilloscope touched on my nerve, and brought me every exciting and depressing. Failure cannot be avoided all the time, but under Prof. B' instruction I debugged the system patiently until I was on cloud nine to see the correct wave form showing up in the oscilloscope. In this project, I programed to generate a linear frequency-modulated continuous wave with DDS and built marching ciruit to radiate this 200-mw signal away from the antenna. It is a valuable asset in my life to undertake this biggest project ever in my work. Participating in this project taught me more than knowledge about Radio Wave Propagation and how to build circuits and program for the DDS. Most importantly, I learned although there may be considerable technical, mental, and physical challenges in a extremly difficult project, I can conquer all of them by my energy and persistence.