How to Contact:

• postal: Department of Mathematical Sciences, Tsinghua University, Beijing 100084, China

• office: Room 1318, New Science Building, Tsinghua Campus

• phones: +86-(0)10-62772860(O)

• e-mail: nsu(a)math.tsinghua.edu.cn

Teaching Courses:

• Algebra and Geometry  (02/03-06/03)

• Calculus  (03/01-06/01, 09/01-12/01, 02/02-06/02, 09/02-12/02)

• 09/99-06/00 Calculus, including functions, limits, continuity, differential, indefinite integral, Riemann integration, Newton-Leibniz formula, several variable functions, partial differential, gradient, multi-integration, divergence formulas (Green-Gauss-Stokes formulas), elementary differential equations.

 
• 09/98-01/99 Introduction to Mathematical Physics Equations, including wave, heat, and potential equations, their derivation and solutions, variable separation, Fourier transformation, energy estimation, uniqueness and stability, maximum principle.

• 09/98-01/99 Advanced Calculus, including metric spaces, continuous functions, contraction mapping principle, inverse function theorem, existence theorem for differential equations, measure, measurable functions, Lebesgue integration, L2 spaces.

• 09/97-07/98 Calculus, including functions, limits, continuity, differential, indefinite integral, Riemann integration, Newton-Leibniz formula, two variable functions, partial differential, gradient, multi-integration, divergence formulas (Green-Gauss-Stokes formulas).

• 02/96-07/97 Real Analysis, including n-dimensional Euclidian space, several variable functions, continuity, differential, Riemann-Stieltjes integration, differential forms, Lebesgue measure and integration.

• 09/96-01/97 Morden Partial Differential Equations, including Sobolev spaces, elliptic boundary value problem, abstract function spaces, abstract evolution equations, linear semi-group method, Ritz-Galerkin methods.

• 09/95-01/96 Morden Partial Differential Equations.

• 02/95-07/95 Engineering Mathematical Methods, including complex variable functions, vector analysis, mahtematical physics equations, variational method, integral transformation.

• 09/94-01/95 Morden Partial Differential Equations.

• 02/94-07/94 Engineering Mathematical Methods.

• 09/93-01/94 Morden Partial Differential Equations.

• 02/93-07/93 Mathematical Physics Equations, including wave, heat, and potential equations, their derivation and solutions, variable separation, Fourier transformation, energy estimation, uniqueness and stability, Green function, maximum principle, variational principle.