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DSpace at MIT (28.015 recursos)
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Mostrando recursos 1 - 19 de 19

1. PHASE CHANGE HEAT TRANSFER â?? A PERSPECTIVE FOR THE FUTURE - Dhir, Vijay K.
During the last half of the twentieth century, significantadvances have been made in developing an understanding ofphase change heat transfer (e.g., boiling and condensation).

2. PHASE CHANGE HEAT TRANSFER â?? A PERSPECTIVE FOR THE FUTURE: RESPONSE TO PROFESSOR VIJAY K. DHIR - Avedisian, C. Thomas

3. HIGH-FLUX PROCESSES THROUGH ENHANCED HEAT TRANSFER - Bergles, Arthur E.
Phase-change processes, such as pool and flow boiling, aregenerally very effective modes of heat transfer.

4. BOILING ENHANCEMENT: RESPONSE TO PROFESSOR A. E. BERGLES - Hewitt, G.F.

5. Thermal management roadmap: Cooling electronic products from hand-held devices to supercomputers - Chu, Richard C.

6. Thermal management of electronics: Energy conversion issues - Bar-Cohen, Avram

7. MEMS-based thermal management of high heat flux devices edifice: Embedded droplet impingement for integrated cooling of electronics - Amon, Cristina H.
Increases in microprocessor power dissipation coupled with reductions in feature sizes due tomanufacturing process improvements have resulted in continuously increasing heat fluxes.

8. Advanced Nuclear Energy Systems: Heat Transfer Issues and Trends - Corradini, M.L.
Given the current rate of growth in electricity demand and the evergrowing concerns for the environment, the US consumer will favor energy sources that can satisfy theneed for electricity and other energy-intensive products (1) on a sustainable basis with minimalenvironmental impact, (2) with enhanced reliability and safety and (3) competitive economics.

9. Rohsenow Symposium web page - Lienhard, John

10. Nanoscale transport phenomena at the interface of hard and soft matter - Majumdar, Arun
This paperdiscusses some fundamental issues as well as some technological implications.

11. Improving energy efficiency 2-3%/year to save money and avoid global warming - Rosenfeld, Arthur H.

12. Hydrogen Futures and Technologies - Forsberg, Charles H.
Concerns about the security of oil supplies and the environmental consequences of burning fossil fuelshave transformed the idea of a hydrogen (H2) economy from science fiction into a political bipartisanvision of our energy future.

13. Comments on papers: Session on advanced energy systems - Deutch, J.M.

14. Microscale thermal engineering of electronic systems - Goodson, K.E.
The electronics industry is encountering thermal challengesand opportunities with lengthscales comparable to or much lessthan one micrometer.

15. Nanoscale heat transfer and information technology - Chen, Gang
The summary from Goodsonâ??s group on their recent workon heat transfer issues in the microelectronics and data storageindustries illustrate the critical role of heat transfer for someareas of information technology.

16. Nanostructures and energy conversion - Dresselhaus, M.S.
The unique properties of nanostructures associated withtheir low dimensionality give rise to new opportunities for researchon nanoscale heat transfer and energy conversion.

17. Thermal management roadmap: Cooling electronic products from hand-held dvices to supercomputers - Chu, R.C.; Bar-Cohen, Avi; Edwards, David; Herrlin, Magnus; Price, Donald; Schmidt, Roger; Joshi, Jogenda; Chryser, George M.; Garimella, Suresh; Mok, Larry; Sammakia, Bahgat; Yeh, Lian-Tuu

18. Thermal management of electronics: Energy conversion issues - Bar-Cohen, A.

19. Thermal control of electronics: Perspectives and prospects - Hannemann, R.J.
Driven by the relentless increase in spatial density ofmicroelectronic devices, integrated circuit chip powers haverisen by a factor of 100 over the past twenty years, with asomewhat smaller increase in heat flux.