__PUBLICATIONS ____(“*”____ ____means the paper was peer-reviewed before publication)__

1.
*****The
classical solutions for nonlinear parabolic integrodifferential
equations,

** Journal of Integral Equations
and Applications, **1

**2.
***On the existence of the weak solution and
the regularity of the free boundary to a one-dimensional two-phase Stefan
problem,** (with J.R. Cannon),**

** ****Journal of Differential Equations****,
73 (1988), 104-118.**

3.
*A uniqueness theorem for a class of
nonlinear parabolic inverse problems,** (with J.R.
Cannon), Inverse Problems, **4

4.
*The classical solution of the periodic
Stefan problem**,**

** Journal of Partial Differential Equations, **1

5.
*A class of nonlinear nonclassical
parabolic problems, (with J.R. Cannon),** **

* **Journal of Differential
Equations***, **79** (1989), 266-288.**

6.
*A uniqueness theorem for nonclassical
parabolic problems,** **

*
Applicable Analysis***, **34 **(1989), 67-78.**

7.
*An iteration procedure for a class of integrodifferential equations of parabolic type, (with J.M.
Chadam), *Journal of Integral Equations and Applications***, **2** (1989), 31-47.**

8.
A class of multidimensional nonclassical parabolic equations, *“Theory and Applications of Differential Equations”*,** (Ed. A.R. Aftabizadel), Vol. 1, ****Ohio**** ****University**** Press,
(1989), 122-127.**

9.
A degenerate free boundary problem arising
from the moisture evaporation in partially saturated media,** “Continuum Mechanics and Its
Applications”, (Ed. G.A.C. Graham), Hemisphere Publishing Corp., NY,
(1989), 621-629.**

10. *A
periodic free boundary problem arising from chemical reaction-diffusion
processes, (with J.R. Cannon),** Nonlinear Analysis, TMA, **15

11. *A
parabolic inverse problem with an unknown boundary condition, (with ** ****Journal of Differential
Equations**

12. *Numerical
solutions of some parabolic inverse problems, (with J.R. Cannon),** Numerical Methods for Partial
Differential Equations, **6

13. *The
determination of an unknown function in a parabolic equation with an
over-specified condition**, (with J.M. Chadam), Mathematical
Methods in Applied Sciences, **13

14. The
Cauchy problem for nonlinear degenerate integrodifferential
equations of parabolic type, **“Ocean waves mechanics computational
fluid dynamics and Mathematical Modelling”, (Ed. M. Rahman), Comput. Mech. Pul., **

15. *On
nonlinear parabolic equations with nonlinear trace type functionals,** (with J.R. Cannon), Inverse
Problems, **7

16. *A
mixed type boundary value problem describing the propagation of the
disturbances in viscous media,** (with Y. Lin), Differential and Integral Equations, **4

17. *A
free boundary problem describing an irreversible crystallization process,** Differential and Integral
Equations, **4

18. *On
parabolic Volterra equations in several space
dimensions**, SIAM
Journal on Mathematical Analysis, **22

19. *Global
solvability for some parabolic inverse problems**, Journal of Math. Anal. and
Applications, **162

20. *Regularity
of interfaces in the Stefan problem with mushy region,** Canadian Mathematical Bulletin,
**35

21. *The
solvability for a class of nonlinear integrodifferential
equations of parabolic type,** Journal of Partial Differential
Equations, **5

22. *A
class of nonlinear parabolic equations with some nonlinear functionals,** (with Y. Lin), Journal of Math.
Analysis and Applications, **168

23. *A
singular-degenerate free boundary problem arising from the moisture evaporation
in partially saturated media*, Annali di Matemateca, Pura ed Appl.***, Vol. CLXI (1992), 379-397.**

24. *The
blowup property of solutions to a class of diffusion equations with nonlinear
localized reactions**, (with J.M. Chadam, A. Pierce), Journal
of Math. Analysis and Applications, **169

25. *Weak
and classical solutions of some Volterra integrodifferential equations,** Communication in P.D.E., **17

26. *Remarks
on regularity of the interface in the heat equation with strong absorption, in
“Progress in Partial Differential Equations: Elliptic and Parabolic Problems”,** (ed. by C. Bandle), John Wiley & Sons,
Inc., ****New York****, (1992), 284-289.**

27. *The
Lipschitz continuity of the interface in the heat
equation with strong absorption,** Nonlinear Analysis, TMA.,
**20

28. *Existence
for one-dimensional nonlinear parabolic Volterra integrodifferential equations,** (with Y.
Lin), Journal of Integral Equations and
Applications, **5

29. *Determination
of the leading coefficient *a(x)* in
the heat equation *u _{t}*

30. The
Stefan problem in material with memory (with J.M. Chadam**), in “Free boundary problems
involving solids”, (ed. by J.R. Chadam), John
Wiley & Sons, Inc., **

31. *Blowup
and global existence for a nonequilibrium phase
change process**, in “Variational and Free Boundary Problems”,
(ed. by A. Friedman and J. Spruck), Springer-Verlag New York, Inc., (1993), 195-204.**

32. *A
diffusion equation with localized reactions, **(with J. Chadam), Proceeding
of Edinburgh Mathematical Society, **37

33. *Global
solutions of Maxwell’s equations in an electromagnetic field with the
temperature-dependent electrical conductivity,** European Journal of Applied Mathematics,
**5

34. *Global
solutions and quenching to a class of quasilinear
parabolic equations,** (with Bei
Hu), Forum Mathematicum,
**6

35. *The
profile near blowup time for solution of the heat equation with a nonlinear
boundary condition,** (with Bei
Hu), Transaction of American Mathematical
Society, **346

36. Blowup
of Solution for the Heat Equation with a Nonlinear Boundary Condition,** in Proceeding of Symposium on
Comparison Methods and Stability Theory, Marcel-Dekker,
Inc., New York, (1994), 189-198.**

37. *Blowup
versus Global existence for a class of nonlinear parabolic equations,** Nonlinear Analysis, TMA, **23

38. *Recent
and New Results on determination of unknown coefficients in parabolic equations
with over-specified conditions,** ****SIAM**** proceeding in
“Inverse problems in diffusion processes”
(Eds. H. Engl and W. Rundell), **

39. *On
a class of semilinear equations with prescribed
energy,** (with Bei Hu), Rendiconti del Circolo Matematico di Palermo, XLIV
(1995), 479-505.**

40. *The
semiconductor system with temperature effect,** Journal of Math. Analysis and Applications,
**196

41. *A
free boundary problem arising from stress-driven diffusion in polymers,** Discrete and Continuous
Dynamical Systems, **2

42. *Critical
Exponents for a System of Heat Equations coupled in a Nonlinear Boundary
Condition** (with Bei Hu), Mathematical Methods in Applied Science,
**19

43. *Solvability
of a Class of Parabolic Inverse Problems,** Advances in Differential Equations, **1

44. *On
Critical Exponents for the Heat Equation with a Nonlinear Boundary Condition,** (with Bei Hu), Analyse non Lineaire, Annales
de L’institute henri Poincare, **13

45. *L^{2,u}-estimates for parabolic equations and applications,** Journal of Partial Differential
Equations, **10

46. *The
DeGiorgi-Nash-Moser type of estimate for parabolic Volterra integrodifferential
equations** (with Bei Hu), Pacific Journal of Mathematics, **15

47. *Finite
difference approximations for a class of nonlocal
parabolic equations,** (with Yanping Lin and Shuzhan Xu), International Journal of Mathematics and Mathematical Sciences, **20

48. *On
critical exponents for the heat equation with a mixed nonlinear Dirichlet-Neumann boundary conditions,** (with Bei Hu), Journal of Mathematical Analysis and Applications, **209

49. *Regularity
of Solutions to Maxwell’s System in Quasi-Stationary Electromagnetic Fields and
Applications**, Communication in P.D.E., **22

50. *On
Maxwell’s equations in an electromagnetic field with a temperature** **effect, II,** (with Robert
Glassey), in Communication in Math.
Physics, **194

51. *A
Chemical Diffusion Process with ** (with S. Ding and Y. Tao), Canadian
Applied Math. Quarterly, **5

52. *On
Maxwell’s equations in an electromagnetic field with the temperature effect,** SIAM Journal of Mathematical
Analysis, **29

53. *Blowup
of Solutions for Parabolic Equations with Nonlocal Functionals,** (with J.R. Cannon), Advances in Mathematical Sciences, **3

54. *Some
remarks on Maxwell’s system in quasi-stationary electromagnetic fields,** Proceedings of the International
Conference on Dynamical System and Differential Equations, Vol. II, (1998),
353-358.**

55.
*On a singular limit problem for nonlinear Maxwell’s equations,** **

* **Journal of Differential Equations***, 156 (1999), 355-375.**

**56. ***On a *p*-Laplacian type of evolution system and
applications to the Bean model in the type-II superconductivity theory, *Quarterly of Applied Mathematics*, Vol.
LIX, No. 1, (2000), 47-66.

**57.** *On Maxwell’s System with a thermal effect, (with Jeff
Morgan),

* Discrete and Dynamical
Systems, series
B*

63.
Progress in Partial Differential Equations and Applications,

One of the editors (with R.
Dillon, A. Khapalov, V.S. **Dynamics
of Continuous, Discrete and Impulsive Systems,**

Vol.10, Number
5, 2003.

64.
*Regularity of Weak Solution to Maxwell’s Equations and Applications to

Microwave Heating,

72.
Regularity of Weak Solution to a p-curl system,

**Differential and Integral
Equations****,** Volume 19(2006),Number 4, 361-368

74. Heat
Transfer characteristics of mixed electro-osmotic and pressure driven flow

(with P. Dutta,
K. Horiuchi).

To appear in “**Computers and mathematics
with applications”.**