# Journal Publications

- Vesselin Shanov, Yun Yeo-Heung, Leigh Smith, Suri S. Iyer, Shalyajit Jadhav, Thang B. Hoang, Andrew Gorton, Thomas Mantei, John Bickle, Ian Paputsky, Frank Gerner, Julie L. Burdick, Alexandra Spatholt, Urmila Ghia, Gary Slater, Mitul Dadhania, Mark Schulz,
**“**Vertical Integration of Nanotechnology Education,**” IEEE Journal**(submitted).

- Junwoo Suh and Frank M. Gerner, “The Dynamic Characterization of a Liquid-Gas Interface in Microscale Pores,”
**Journal of Microscale Thermophysical Engineering**, (in preparation).

- Srinivas Parimi, Ahmed Shuja, H. Thurman Henderson, “Interpenetrating Wick Structure using Macroprous Silicon for Planar Micro LHP,
**”**(in preparation).

- Srinivas Parimi, Praveen Medis, Ahmed Shuja, Frank M. Gerner, H. Thurman Henderson,“A Low Cost Planar Micro Loop Heat Pipe Test Automation,”

- Srinivas Parimi, Ahmed Shuja, H.T. Henderson,
**“**Local Patterning of Macroporous Silicon,”

- Praveen Medis, Srinivas Parimi, Ahmed Shuja, Junwoo Suh, Praveen Arragattu, H. Thurman Henderson, Frank M. Gerner,
**“**Fabrication and Package Issues of a Planar Loop Heat Pipe Based on a Patterned Coherent Porous Silicon Wicks,”

- Junwoo Suh, Frank M. Gerner and H. Thurman Henderson, “Heat Dissipation with Self-Pumped MEMS Device Based on a CPS Wick,”
**J. Micromechanics and Microengineering**(in preparation).

- Srinivas Parimi, Praveen Medis, Karunanard Ogirala, Frank M. Gerner and H.T. Henderson,
**“**Heat Transfer in a Planar Micro Loop Heat Pipe Evaporation Package”, (in preparation).

- Junwoo Suh, Praveen Medis, Srinivas Parimi, Ahmed Shuja, Frank M. Gerner, H. Thurman Henderson, “Planar MEMS LHP Based on a Novel CPS Wick,”
**ASME J. Heat Transfer**, (in review).

- Junwoo Suh, Frank M. Gerner and H. Thurman Henderson, “Pumping Mechanism and Operating Ranges in the Active Thermal Pump Based on a CPS Wick,”
**International Journal of Heat and Mass Transfer**(in review).

- M. Hamdan, F. M. Gerner and H. T. Henderson “Steady State Model of a Loop Heat Pipe (LHP) with Coherent Porous Silicon (CPS) Wick in the Evaporator,” (in review).

- Yuelei Yang, Junwoo Suh, H. T. Henderson and Frank M. Gerner, “Mathematical Investigation of Liquid-gas Interfaces in a Micron Sized Pore,”
**Journal of Microscale Thermophysical Engineering**. (in review).

- Junwoo Suh and Frank M. Gerner, “Microscale Heat Pipes,”
**Annual Review of Heat Transfer,**Volume 14, pp. 313-333, Begell House (2005).

- Frank M. Gerner, Per Peterson and Van Carey,
**“**Review of Chang-Lin Tien’s Contributions to Liquid-Phase Change and Heat Pipes,”**Annual Review of Heat Transfer**, Volume 14, Begell House (2005).

- Alexander D. Holke, Jorg Pilchowski, H. Thurman Henderson, Ahed Saleh, Michael Kazmierczak, Frank M. Gerner and Karl Baker, "Coherent Macro Porous Silicon as a Wick Structure in an Integrated Microfluidic Two-Phase Cooling System,"
**Journal of Micromechanics and Microengineering**(2001).

- J. Pilchowski, A. D. Holke, H.T. Henderson, M. Kazmierczak and F. M. Gerner, "Development Toward an All-Silicon Integrated Thermal Management System: The Integrated MCM,"
**Microsystems Technologies, 6,**pp. 222-228 (2000).

- A. D. Holke, J. Pilchowski, H. Thurman Henderson, M. Kazmierczak and F.M. Gerner, "Development Toward an All-Silicon Integrated Thermal Management System, Part II: A Silicon Loop Heat Pipe Heat Sink,"
**Microsystem Technologies, 6**(2000).

- A. Majumdar and F.M. Gerner, “The Future of Microscale Heat Transfer,”
**Journal of Heat Transfer,**(2000).

- J. Pilchowski, A.D. Holke, H.T. Henderson, M. Kazmierczak, F.M. Gerner, “Development Toward an All-Silicon Integrated Thermal Management System, Part I: The Integrated MCM,”
**Microsystems Technologies**,**6**, 222-228 (2000).

- Yuelei Yang, Frank M. Gerner and Azar M. Hazrati, "Study of the Drying Process of a Product Cake in a Vibro-Separator,"
**Pharmaceutical Engineering**,**19(5)**, 46-54 (1999).

- Todd M. Harms, Michael J. Kazmierczak and Frank M. Gerner, "Developing Convective Heat Transfer in Deep Rectangular Microchannels,"
**International Journal of Heat Fluid Flow, 20,**No. 2, 149-157 (1999).

- G.P. Peterson, L.W. Swanson and F.M. Gerner, "Micro Heat Pipes, "Chapter Eight,
**Microscale Energy Transport**, eds. Tien, Majumdar and Gerner, Taylor & Francis, 295-337 (1998).

- B. Badran, F. M. Gerner, P. Ramadas, H. T. Henderson and K. W. Baker, “Experimental Results of Low-Temperature Silicon Micromachined Micro Heat Pipe Arrays Using Water and Methanol as Working Fluids,”
**Experimental Heat Transfer**,**10 (4)**, 253-272, (1997).

- J. M. Albayyari, F. M. Gerner and M. D. Bentz, “Axial-Jet-Induced Mixing in Low Gravity: Results of the Reduced-Fill Tank Pressure Control Experiment,”
**Journal of Fluid Visualization and Image Processing, 4**, 29-39, (1997).

- N. Khatri, F. Gerner, B. Ziels and T. Moskal, "Thermo-Fluid Analysis and Testing of a Pneumatic Port Cleaner,"
**J. Engr. For Industry**,**117**, 28-32 (1995).

- J. P. Longtin, B. Badran and F. M. Gerner, "A One-Dimensional Model of a Micro Heat Pipe During Steady-State Operation,"
**J. Heat Transfer, 116**, 709-715 (1994).

- F.M. Gerner, B. Badran, H.T. Henderson and P. Ramadas, "Silicon-Water Micro Heat Pipes,"
**Micro and Molecular Heat Transfer**, eds. Tien and Kotake, Begell House. (1994).

- F.M. Gerner, B. Badran, H.T. Henderson and P. Ramadas, "Silicon-Water Micro Heat Pipes,"
**Thermal Science and Engineering**,**2**, No. 1, 90-97 (1994).

- Noor Khatri, Max Brown and Frank Gerner, "Using Fiber Optics to Tap the Sun's Power,"
**Int. Comm. Heat Mass Transfer, 20**, No. 6, 771-781 (1993).

- S.W. Ma, F.M. Gerner and Y. G. Tsuei, "Forced Convection Heat Transfer From Microstructures,"
**J. Heat Transfer, 115**, 872-880 (1993).

- S.W. Ma, F.M. Gerner and Y.G. Tsuei, "Composite Expansions on Forced Convection Over a Flat Plate with an Unheated Starting Length,"
**Int. J. Heat Mass Transfer**,**35**, 3275-3289 (1992).

- F.M. Gerner and C.L. Tien, "Depression of Heat Transfer Due to Countercurrent Vapor Flow,"
**Heat Pipe Conference, The Work**(1991).

- F.M. Gerner and C.L. Tien, "Multi-Component Interfacial Condensation,"
**Int. J. Heat Mass Transfer, 33**, 2111-2120 (1990).

- F.M. Gerner, "The Importance of the Interface in Film Condensation
**," Annual Review of Heat Transfer**, Volume 3, ed. C.L. Tien, Hemisphere, 85-114 (1990).

- F.M. Gerner and C.L. Tien, "Axisymmetric Interfacial Condensation Model,"
**J. Heat Transfer, 111**, 503-510 (1989).

- J.G. Reed, F.M. Gerner and C.L. Tien, "Transient Laminar-Film Condensation on a Vertical Plate,"
**AIAA J. Thermophysics and Heat Transfer, 2**, 257-263 (1988).

- S.L. Chen, F.M. Gerner and C.L. Tien, "General Film Condensation Correlations,"
**Experimental Heat Transfer, 1**, 93-107 (1987).

- T.W. Tong and F.M. Gerner, "Natural Convection in Partitioned Air-Filled Rectangular Enclosures,"
**J. Thermal Insulation, 10**, 189-196 (1987). - T.W. Tong and F.M. Gerner, "Natural Convection in Partitioned Air-Filled Rectangular Enclosures,"
**Int. Comm. Heat Mass Transfer, 13**, 99-108 (1986).