[系辦公告] 普通物理學課程建議

[hungls (summer wind)]

親愛的同學:

暑期愉快!

普通物理學董老師希望在開學前(9/10前)能有機會和班代等同學見面,
了解同學在高中學過的物理內容及同學對於此門課的期望.
老師今年的授課內容規劃如下.請參考.

請班代幫忙收集大家的意見,並請班上推派代表表達意見.
同學選定開會日期與時間後請告訴系辦蘭欣助教 .

General Physics Course Outline (Fall, 2005)
Instructor: 董成淵, Chen-Yuan Dong, PhD, Department of Physics
Texts: 1. Halliday, Resnick, and Walker; Fundamentals of Physics
       2. Personal Lecture Notes
Additional References:
  1.Cantor and Schimmel: Biophysical Chemistry Part II:
    Techniques for the study of biological structure and function
  2.Paul Davidovits: Physics in Biology and Medicine
  3.Russel K. Hobbie: Intermediate Physics for Medicine and Biology
Grading: Problem Sets (30%), Midterm I (20%), Midterm II (20%), Final (30%)

1.Mechanics (2 week)
  Review of Newtonian mechanics: F=ma, spring, momentum, angular momentum,
  energy, conservation, diffusion, Brownian motion, membrane transport,
  and ultrasonic imaging
2.Electricity and Magnetism (3 weeks)
  Review of classical electricity and mechanism: action potential and
  neuronal signal propagation
3.Special Theory of Relativity (2 weeks)
  Length contraction, time-dilation, E=mc2 and positron emission tomography
4.Optics (2 weeks)
  Reflection, refraction, scattering, diffraction, Huygens-Fresnel Principle,
  and structure of the eye
5.Microscopy (3 weeks)
  a.Bright field microscopy and applications to histology (H&E imaging)
  b.Phase contrast microscopy and live cell observation
  c.Fluorescence microscopy and antibody detection
  d.Advanced optical microscopy imaging techniques
6.Quantum mechanics, nuclear magnetic resonance, and magnetic resonance imaging (3 weeks)
  a.Wave-particle duality, Schr?dinger equation, and atomic structure
  b.Absorption emission spectroscopy of molecules, x-ray imaging, and computed tomography (CT)
  c.Spin and nuclear magnetic resonance
  d.Magnetic resonance imaging (MRI)

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